Re: 6 Reported Studies on LLT in Hair Loss

[Guest guest]

laser or pulsed laser can't hold a candle to PEMF...

period.

END OF STORY!

read your research. done at the proper frequency and intensity…nothing beats

PEMF.

asers are lame, time consuming and maybe 50% the effect of PEMF at night.

seriously. you 'longevity' people are ASLEEP. you think i'm here promoting???….

i'm here to wake you up.

opposition welcome…debate the research…it'll .crush you.

i toss the gauntlet down.

love and light….

____________________________________________

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Sleep Tech, Ltd. [seychelles]

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disorders including aging, are the end result of mitochondrial dysfunction;

definitely NOT the other way around. " ~ F. Becker, Esq.

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On Jul 8, 2012, at 12:41 PM, surpriseshan2@... wrote:

Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of LLLT

in Hair Loss (Man & Woman)

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

Professor Andre Mester (1964)

In 1964, Professor Andre Mester began experimenting with theuse of low-power

laser energy in Budapest, Hungary. Heobserved that low energy laser exposure has

a stimulating effect on thebiological system, while high-energy laser exposure

had an inhibiting effect.In his experiments with wound treatment on mice, he

noticed rapid healing dueto microcirculation of blood supply. This healing was

also obvious in laserlight treatment of diabetic patients suffering with

dystrophic sores. He wasamazed to find sores that would not otherwise heal were

healed, and he alsoobserved accelerated hair growth and thickening of hair in

the treated areas.This theory through its evolution has since been refined and

is widely becomingone of the most popular non-invasive hair loss treatments.

Laser researcher Dr.J. Layton states: … **Laser Hair Therapy increases

microcirculation ofthe hair follicle, which allows nutrients and freshly

oxygenated blood toaccess the hair follicle with the results being a stimulation

of the naturalhair growth cycle.**

Dr. Trelles (1984)

In 1984, Dr. Trelles showed in one study that patients withalopecia areata who

were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr. Trelles

reported that most of the patients with alopecia areataresponded well after only

6 to 8 treatments administered twice a week for acouple of weeks. The He-Ne

laser was placed 30 centimeters from the alopeciaareata with dosages ranging

from 3-4 Joule per sq. cm. No fibres or lenses wereused. In the same study,

microscopic evaluation of the hair shaft structure onthe alopecia areata

irradiated areas showed a clear medulla rich in keratinafter treatment. Daily

treatments appeared to prevent regrowth, causing irritationwith probable

increase in hair loss.

Japan LaserTherapy Association (1992)

At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992, success

was reported with an increase in both hair growthand the density of the hair

follicles in the laser treated areas of both maleand female stress alopecia and

alopecia areata with only one failure out of 40cases reported in two papers.

Laser Conference, HelsinkiFinland(1993)

An unpublished study presented at Laser Conference, Helsinki, Finland1993 shows

the effect of LLLT on Androgenetic Alopecia. A double-blindcomparative study

with placebo laser for treatment of Hereditary AndrogeneticAlopecia in young

males was presented in Helsinki 1993 describing the positive effect of LLLT

treatments on hair growth,stop of hair loss and hair shaft tensile strength.

At the Helsinki Laser Conference research resultsdemonstrating the effect of

LLLT compared to a placebo group was presented. Itwas found that hair re-growth

was clearly shown in the laser group. In additionall patients, with the

exception of one, in the laser-treated group showed acomplete stop of hair loss.

All patients, except 3, showed a clear hairre-growth of hair with a reduction of

at least one category in the Hamilton classification.

Post-treatment showed the dermis with almost the same amountof hair follicles as

pretreatment, although a number of new follicles could beseen with clearly

noticeable hair growth. 50% of the follicles are now in theanagen phase

(growth).

When comparing the histological findings, transformationinto anagen hair

follicles could be observed in 83% of the patients on lasertreatment but in none

of the placebo patients. Out of 18 patients, 14 showed anincrease in hair

thickness, and all 18 showed improvement in general hair shaftquality measured

with the hair stretcher.

The results showed no improvement in the placebo group orany adverse effects of

the treatment.

Prof. Pekka J. Pöntinen (1996)

Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

theoretical and practical studies onhow to apply low level laser therapy in the

treatment of chronic, especiallymusculoskeletal and myofascial pain and

dysfunction, vascular disturbances,wound and ulcer treatment etc.

Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair Care® on

scalp blood flow and published his results in 1996.

The effects of hair lasers on skin blood flow were measuredon three different

devices to establish the effect of scalp blood flow. Thehair lasers used were

Laser Hair Care (670 nm ), a He-Ne (632.8 nm ) lasercontaining one laser

transferring light via fibres and lenses to the patientand a laser identical to

the Laser Hair Care where the lasers were replaced(placebo).

The differences in the laser systems are illustrated by thefact that Laser Hair

Care increased scalp blood flow by 54%. The He-Ne hairlaser had no effect while

the Placebo decreased flow rate by 36%. In addition,the skin temperatures

measured before and after the treatment showed littlechange.

European Studies (1997)

In 1997 a European group of scientist’s published their workon LLLT in the

treatment of alopecia of the scalp. The authors tried to verifythe efficacy of

low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided in two

groups: A) laser group, 33 patients treated with both LLLT andclassical therapy;

control group, 27 patients treated only with classicaltherapy, Before, during

and after treatment, historical samples were done.

For the group A the results were rather superior but in atwice shorter time

shorter time than group B. The maintenance of the goodresults needed classical

therapy for a long period. They conclude that LLLTtherapy could have a useful

complementary method for the treatment of scalpalopecia.

The same European group of scientist’s published theirfindings on LLLT use in

the treatment of alopecia and crural ulcers in 1998.The authors tried to verify

the efficacy of LLLT in scalp alopecia and cruralulcers of different causes.

Laser used was (red diode, continuous emission, 8mW power, wave length 670 nm

spot size about 5 mm diameter on some points. Theyalso use as control classical

therapy. Before, during and after treatment,histological samples were taken from

alopecia regions. For the laser groups(alopecia and ulcers) the results were

rather superior and in a three or twicetime shorter than the control group. They

conclude that LLLT therapy is a veryuseful complementary method for the

treatment of scalp alopecia and cruralulcers.

Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men and

women with androgenetic alopecia

http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

[Guest guest]

Laser stuff has been around for quite a while and is pretty much worthless.

For MPB, your best bet is Avodart to keep the hair that you have, and maybe

a regrowth stimulant. It is DHT inside the hair follicle that will make

your hair fall out. But it also caused scarring, irreparable damage.

Inflammation is another factor. But anyway, it is far far easier to prevent

further hairloss than it is to regrow or reverse the damage.

Avodart and Proscar hair count studies

http://dutasteride.org/dutasteride/dutasteride_results.htm

Minoxidil may re-grow a little hair in some people. But not much. It is

completely different from Avodart or Proscar. Minoxidil is a regrowth

stimulant. It works by boosting nitric oxide, hence the NO in miNOxidil. So

maybe some arginine would be a little helpful.

Nizoral shampoo has been shown to be a regrowth stimulant.

See here:

http://blog.pharmacymix.com/nizoral-shampoo-ketoconazole-2-can-reverse-hair-loss\

-3-references-2

And here for the most recent study with pictures:

http://www.hairsite.com/hair-loss/forum_entry-id-25116-page-0-category-0-order-l\

ast_answer.html

Some think that Nizoral works because it is an anti-androgen. But there is

plenty of reason to believe that something else is going on. So in my

opinion, the best approach for preventing hairloss in men, and maybe

regrowing a little is to take Avodart (or at least Proscar), and use

Nizoral shampoo 3 or 4 times a week. And maybe adding a little minoxidil to

the equation with give some additional regrowth for about 5 years.....if

you don't mind the hassle of putting it on every day.

On Sun, Jul 8, 2012 at 12:41 PM, <surpriseshan2@...> wrote:

> **

>

>

>

> Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of

> LLLT in Hair Loss (Man & Woman)

>

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

>

>

> Professor Andre Mester (1964)

>

> In 1964, Professor Andre Mester began experimenting with theuse of

> low-power laser energy in Budapest, Hungary. Heobserved that low energy

> laser exposure has a stimulating effect on thebiological system, while

> high-energy laser exposure had an inhibiting effect.In his experiments with

> wound treatment on mice, he noticed rapid healing dueto microcirculation of

> blood supply. This healing was also obvious in laserlight treatment of

> diabetic patients suffering with dystrophic sores. He wasamazed to find

> sores that would not otherwise heal were healed, and he alsoobserved

> accelerated hair growth and thickening of hair in the treated areas.This

> theory through its evolution has since been refined and is widely

> becomingone of the most popular non-invasive hair loss treatments. Laser

> researcher Dr.J. Layton states: … **Laser Hair Therapy increases

> microcirculation ofthe hair follicle, which allows nutrients and freshly

> oxygenated blood toaccess the hair follicle with the results being a

> stimulation of the naturalhair growth cycle.**

>

>

> Dr. Trelles (1984)

>

> In 1984, Dr. Trelles showed in one study that patients withalopecia areata

> who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> Trelles reported that most of the patients with alopecia areataresponded

> well after only 6 to 8 treatments administered twice a week for acouple of

> weeks. The He-Ne laser was placed 30 centimeters from the alopeciaareata

> with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> wereused. In the same study, microscopic evaluation of the hair shaft

> structure onthe alopecia areata irradiated areas showed a clear medulla

> rich in keratinafter treatment. Daily treatments appeared to prevent

> regrowth, causing irritationwith probable increase in hair loss.

>

>

> Japan LaserTherapy Association (1992)

>

> At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

> success was reported with an increase in both hair growthand the density of

> the hair follicles in the laser treated areas of both maleand female stress

> alopecia and alopecia areata with only one failure out of 40cases reported

> in two papers.

>

>

> Laser Conference, HelsinkiFinland(1993)

>

> An unpublished study presented at Laser Conference, Helsinki, Finland1993

> shows the effect of LLLT on Androgenetic Alopecia. A

> double-blindcomparative study with placebo laser for treatment of

> Hereditary AndrogeneticAlopecia in young males was presented in Helsinki

> 1993 describing the positive effect of LLLT treatments on hair growth,stop

> of hair loss and hair shaft tensile strength.

>

> At the Helsinki Laser Conference research resultsdemonstrating the effect

> of LLLT compared to a placebo group was presented. Itwas found that hair

> re-growth was clearly shown in the laser group. In additionall patients,

> with the exception of one, in the laser-treated group showed acomplete stop

> of hair loss. All patients, except 3, showed a clear hairre-growth of hair

> with a reduction of at least one category in the Hamilton classification.

>

> Post-treatment showed the dermis with almost the same amountof hair

> follicles as pretreatment, although a number of new follicles could beseen

> with clearly noticeable hair growth. 50% of the follicles are now in

> theanagen phase (growth).

>

> When comparing the histological findings, transformationinto anagen hair

> follicles could be observed in 83% of the patients on lasertreatment but in

> none of the placebo patients. Out of 18 patients, 14 showed anincrease in

> hair thickness, and all 18 showed improvement in general hair shaftquality

> measured with the hair stretcher.

>

> The results showed no improvement in the placebo group orany adverse

> effects of the treatment.

>

>

> Prof. Pekka J. Pöntinen (1996)

>

> Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

> theoretical and practical studies onhow to apply low level laser therapy in

> the treatment of chronic, especiallymusculoskeletal and myofascial pain and

> dysfunction, vascular disturbances,wound and ulcer treatment etc.

>

> Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> Care® on scalp blood flow and published his results in 1996.

>

> The effects of hair lasers on skin blood flow were measuredon three

> different devices to establish the effect of scalp blood flow. Thehair

> lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> lasercontaining one laser transferring light via fibres and lenses to the

> patientand a laser identical to the Laser Hair Care where the lasers were

> replaced(placebo).

>

> The differences in the laser systems are illustrated by thefact that Laser

> Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> effect while the Placebo decreased flow rate by 36%. In addition,the skin

> temperatures measured before and after the treatment showed littlechange.

>

>

> European Studies (1997)

>

> In 1997 a European group of scientist’s published their workon LLLT in the

> treatment of alopecia of the scalp. The authors tried to verifythe efficacy

> of low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided in

> two groups: A) laser group, 33 patients treated with both LLLT andclassical

> therapy; control group, 27 patients treated only with classicaltherapy,

> Before, during and after treatment, historical samples were done.

>

> For the group A the results were rather superior but in atwice shorter

> time shorter time than group B. The maintenance of the goodresults needed

> classical therapy for a long period. They conclude that LLLTtherapy could

> have a useful complementary method for the treatment of scalpalopecia.

>

> The same European group of scientist’s published theirfindings on LLLT use

> in the treatment of alopecia and crural ulcers in 1998.The authors tried to

> verify the efficacy of LLLT in scalp alopecia and cruralulcers of different

> causes. Laser used was (red diode, continuous emission, 8mW power, wave

> length 670 nm spot size about 5 mm diameter on some points. Theyalso use as

> control classical therapy. Before, during and after treatment,histological

> samples were taken from alopecia regions. For the laser groups(alopecia and

> ulcers) the results were rather superior and in a three or twicetime

> shorter than the control group. They conclude that LLLT therapy is a

> veryuseful complementary method for the treatment of scalp alopecia and

> cruralulcers.

>

>

>

> Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men

> and women with androgenetic alopecia

>

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

>

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

>

>

[Guest guest]

Side Effects of Avodart - for the Consumer

http://www.drugs.com/sfx/avodart-side-effects.html

Avodart

All medicines may cause side effects, but many people have no, or minor,

side effects. Check with your doctor if any of these most COMMON side

effects persist or become bothersome when using Avodart:

Breast enlargement and/or tenderness; decreased sex drive; decreased

volume of ejaculate; inability to have an erection.

A high price to pay for vanity.

Re: 6 Reported Studies on LLT in Hair Loss

Laser stuff has been around for quite a while and is pretty much worthless.

For MPB, your best bet is Avodart to keep the hair that you have, and maybe

a regrowth stimulant. It is DHT inside the hair follicle that will make

your hair fall out. But it also caused scarring, irreparable damage.

Inflammation is another factor. But anyway, it is far far easier to prevent

further hairloss than it is to regrow or reverse the damage.

Avodart and Proscar hair count studies

http://dutasteride.org/dutasteride/dutasteride_results.htm

Minoxidil may re-grow a little hair in some people. But not much. It is

completely different from Avodart or Proscar. Minoxidil is a regrowth

stimulant. It works by boosting nitric oxide, hence the NO in miNOxidil. So

maybe some arginine would be a little helpful.

Nizoral shampoo has been shown to be a regrowth stimulant.

See here:

http://blog.pharmacymix.com/nizoral-shampoo-ketoconazole-2-can-reverse-hair-loss\

-3-references-2

And here for the most recent study with pictures:

http://www.hairsite.com/hair-loss/forum_entry-id-25116-page-0-category-0-order-l\

ast_answer.html

Some think that Nizoral works because it is an anti-androgen. But there is

plenty of reason to believe that something else is going on. So in my

opinion, the best approach for preventing hairloss in men, and maybe

regrowing a little is to take Avodart (or at least Proscar), and use

Nizoral shampoo 3 or 4 times a week. And maybe adding a little minoxidil to

the equation with give some additional regrowth for about 5 years.....if

you don't mind the hassle of putting it on every day.

On Sun, Jul 8, 2012 at 12:41 PM, <surpriseshan2@...> wrote:

> **

>

>

>

> Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of

> LLLT in Hair Loss (Man & Woman)

>

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

>

>

> Professor Andre Mester (1964)

>

> In 1964, Professor Andre Mester began experimenting with theuse of

> low-power laser energy in Budapest, Hungary. Heobserved that low energy

> laser exposure has a stimulating effect on thebiological system, while

> high-energy laser exposure had an inhibiting effect.In his experiments

> with

> wound treatment on mice, he noticed rapid healing dueto microcirculation

> of

> blood supply. This healing was also obvious in laserlight treatment of

> diabetic patients suffering with dystrophic sores. He wasamazed to find

> sores that would not otherwise heal were healed, and he alsoobserved

> accelerated hair growth and thickening of hair in the treated areas.This

> theory through its evolution has since been refined and is widely

> becomingone of the most popular non-invasive hair loss treatments. Laser

> researcher Dr.J. Layton states: . **Laser Hair Therapy increases

> microcirculation ofthe hair follicle, which allows nutrients and freshly

> oxygenated blood toaccess the hair follicle with the results being a

> stimulation of the naturalhair growth cycle.**

>

>

> Dr. Trelles (1984)

>

> In 1984, Dr. Trelles showed in one study that patients withalopecia areata

> who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> Trelles reported that most of the patients with alopecia areataresponded

> well after only 6 to 8 treatments administered twice a week for acouple of

> weeks. The He-Ne laser was placed 30 centimeters from the alopeciaareata

> with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> wereused. In the same study, microscopic evaluation of the hair shaft

> structure onthe alopecia areata irradiated areas showed a clear medulla

> rich in keratinafter treatment. Daily treatments appeared to prevent

> regrowth, causing irritationwith probable increase in hair loss.

>

>

> Japan LaserTherapy Association (1992)

>

> At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

> success was reported with an increase in both hair growthand the density

> of

> the hair follicles in the laser treated areas of both maleand female

> stress

> alopecia and alopecia areata with only one failure out of 40cases reported

> in two papers.

>

>

> Laser Conference, HelsinkiFinland(1993)

>

> An unpublished study presented at Laser Conference, Helsinki, Finland1993

> shows the effect of LLLT on Androgenetic Alopecia. A

> double-blindcomparative study with placebo laser for treatment of

> Hereditary AndrogeneticAlopecia in young males was presented in Helsinki

> 1993 describing the positive effect of LLLT treatments on hair growth,stop

> of hair loss and hair shaft tensile strength.

>

> At the Helsinki Laser Conference research resultsdemonstrating the effect

> of LLLT compared to a placebo group was presented. Itwas found that hair

> re-growth was clearly shown in the laser group. In additionall patients,

> with the exception of one, in the laser-treated group showed acomplete

> stop

> of hair loss. All patients, except 3, showed a clear hairre-growth of hair

> with a reduction of at least one category in the Hamilton classification.

>

> Post-treatment showed the dermis with almost the same amountof hair

> follicles as pretreatment, although a number of new follicles could beseen

> with clearly noticeable hair growth. 50% of the follicles are now in

> theanagen phase (growth).

>

> When comparing the histological findings, transformationinto anagen hair

> follicles could be observed in 83% of the patients on lasertreatment but

> in

> none of the placebo patients. Out of 18 patients, 14 showed anincrease in

> hair thickness, and all 18 showed improvement in general hair shaftquality

> measured with the hair stretcher.

>

> The results showed no improvement in the placebo group orany adverse

> effects of the treatment.

>

>

> Prof. Pekka J. Pöntinen (1996)

>

> Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

> theoretical and practical studies onhow to apply low level laser therapy

> in

> the treatment of chronic, especiallymusculoskeletal and myofascial pain

> and

> dysfunction, vascular disturbances,wound and ulcer treatment etc.

>

> Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> Care® on scalp blood flow and published his results in 1996.

>

> The effects of hair lasers on skin blood flow were measuredon three

> different devices to establish the effect of scalp blood flow. Thehair

> lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> lasercontaining one laser transferring light via fibres and lenses to the

> patientand a laser identical to the Laser Hair Care where the lasers were

> replaced(placebo).

>

> The differences in the laser systems are illustrated by thefact that Laser

> Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> effect while the Placebo decreased flow rate by 36%. In addition,the skin

> temperatures measured before and after the treatment showed littlechange.

>

>

> European Studies (1997)

>

> In 1997 a European group of scientist's published their workon LLLT in the

> treatment of alopecia of the scalp. The authors tried to verifythe

> efficacy

> of low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided

> in

> two groups: A) laser group, 33 patients treated with both LLLT

> andclassical

> therapy; control group, 27 patients treated only with classicaltherapy,

> Before, during and after treatment, historical samples were done.

>

> For the group A the results were rather superior but in atwice shorter

> time shorter time than group B. The maintenance of the goodresults needed

> classical therapy for a long period. They conclude that LLLTtherapy could

> have a useful complementary method for the treatment of scalpalopecia.

>

> The same European group of scientist's published theirfindings on LLLT use

> in the treatment of alopecia and crural ulcers in 1998.The authors tried

> to

> verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> different

> causes. Laser used was (red diode, continuous emission, 8mW power, wave

> length 670 nm spot size about 5 mm diameter on some points. Theyalso use

> as

> control classical therapy. Before, during and after treatment,histological

> samples were taken from alopecia regions. For the laser groups(alopecia

> and

> ulcers) the results were rather superior and in a three or twicetime

> shorter than the control group. They conclude that LLLT therapy is a

> veryuseful complementary method for the treatment of scalp alopecia and

> cruralulcers.

>

>

>

> Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men

> and women with androgenetic alopecia

>

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

>

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

>

>

[Guest guest]

Thank you for your thoughts and the information.

I will be building a laser helmet that has proven successful at growing hair,

among other things -- in several studies including a one year study.

Long-term (1-year) experience with LDS 100 in the treatment of men and women

with androgenetic alopecia

http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

However to cure or treat hair loss is not my goal - for several years they

have been doing research with low level laser helmets and significantly

improving memory + increasing cognitive abilities, reversing dementia and

Alzheimer's. There are also studies showing that it works - though " officially "

it is considered not enough proof as yet... but that should change in the not to

distant future as there is just so much publicity around this issue, plus too

many important institutes in several countries have got into the act.

DHT is not the answer by itself - if it was there would have been " cures " for

hair loss a long long time ago-- not treatments , but 'cures'.

Calcium which has calcified on the scalp and in the hair follicles is another

issue which causes hair loss - this can be corrected by rubbing liquid

transdermal magnesium into the scalp everyday for several weeks however. Then

stimulating regrowth easily without any hassles with low level lasers.

Well go ahead and believe that healing things with lasers is worthless. That

will be your loss ,not mine. Your mindset is a shame though.........

I don't think you know much about lasers or you would know that there are

frequencies emitted by lasers which can cut metal, others that are used in

hospitals to cut flesh and bone; there are other lasers with different

frequencies which stimulate healing and are used for that purpose by many health

professionals even in North America. There are even laser frequencies which they

have proven in studies do kill bacteria - and healing frequencies in lasers are

being used successfully today to get rid of allergies as well as environmental

sensitivities very successfully, which is great for many people but in my

opinion, especially for those with asthma and autism. The frequencies of the

healing lasers do not actually heal anything - they just stimulate the body to

heal itself.....Lasers are very successful at getting rid of pain and in studies

have shown to be even more effective consistently then even drugs...in fact both

the FDA and Health Canada have approved a couple of laser devices for pain

several years ago. I have been looking into lasers since last

August when I found out how effective and inexpensive healing with lasers could

be. Healing lasers work WITH living organisms to rebalance and heal - the

abilities of the human body to help itself are amazing, but sometimes just needs

a bit of stimulation and help.

For your sake, hopefully you will follow your instincts and look further then

the likes of Barret for information.

blessings

Shan

>

> > **

> >

> >

> >

> > Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of

> > LLLT in Hair Loss (Man & Woman)

> >

> >

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> >

> >

> > Professor Andre Mester (1964)

> >

> > In 1964, Professor Andre Mester began experimenting with theuse of

> > low-power laser energy in Budapest, Hungary. Heobserved that low energy

> > laser exposure has a stimulating effect on thebiological system, while

> > high-energy laser exposure had an inhibiting effect.In his experiments with

> > wound treatment on mice, he noticed rapid healing dueto microcirculation of

> > blood supply. This healing was also obvious in laserlight treatment of

> > diabetic patients suffering with dystrophic sores. He wasamazed to find

> > sores that would not otherwise heal were healed, and he alsoobserved

> > accelerated hair growth and thickening of hair in the treated areas.This

> > theory through its evolution has since been refined and is widely

> > becomingone of the most popular non-invasive hair loss treatments. Laser

> > researcher Dr.J. Layton states: … **Laser Hair Therapy increases

> > microcirculation ofthe hair follicle, which allows nutrients and freshly

> > oxygenated blood toaccess the hair follicle with the results being a

> > stimulation of the naturalhair growth cycle.**

> >

> >

> > Dr. Trelles (1984)

> >

> > In 1984, Dr. Trelles showed in one study that patients withalopecia areata

> > who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> > Trelles reported that most of the patients with alopecia areataresponded

> > well after only 6 to 8 treatments administered twice a week for acouple of

> > weeks. The He-Ne laser was placed 30 centimeters from the alopeciaareata

> > with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> > wereused. In the same study, microscopic evaluation of the hair shaft

> > structure onthe alopecia areata irradiated areas showed a clear medulla

> > rich in keratinafter treatment. Daily treatments appeared to prevent

> > regrowth, causing irritationwith probable increase in hair loss.

> >

> >

> > Japan LaserTherapy Association (1992)

> >

> > At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

> > success was reported with an increase in both hair growthand the density of

> > the hair follicles in the laser treated areas of both maleand female stress

> > alopecia and alopecia areata with only one failure out of 40cases reported

> > in two papers.

> >

> >

> > Laser Conference, HelsinkiFinland(1993)

> >

> > An unpublished study presented at Laser Conference, Helsinki, Finland1993

> > shows the effect of LLLT on Androgenetic Alopecia. A

> > double-blindcomparative study with placebo laser for treatment of

> > Hereditary AndrogeneticAlopecia in young males was presented in Helsinki

> > 1993 describing the positive effect of LLLT treatments on hair growth,stop

> > of hair loss and hair shaft tensile strength.

> >

> > At the Helsinki Laser Conference research resultsdemonstrating the effect

> > of LLLT compared to a placebo group was presented. Itwas found that hair

> > re-growth was clearly shown in the laser group. In additionall patients,

> > with the exception of one, in the laser-treated group showed acomplete stop

> > of hair loss. All patients, except 3, showed a clear hairre-growth of hair

> > with a reduction of at least one category in the Hamilton classification.

> >

> > Post-treatment showed the dermis with almost the same amountof hair

> > follicles as pretreatment, although a number of new follicles could beseen

> > with clearly noticeable hair growth. 50% of the follicles are now in

> > theanagen phase (growth).

> >

> > When comparing the histological findings, transformationinto anagen hair

> > follicles could be observed in 83% of the patients on lasertreatment but in

> > none of the placebo patients. Out of 18 patients, 14 showed anincrease in

> > hair thickness, and all 18 showed improvement in general hair shaftquality

> > measured with the hair stretcher.

> >

> > The results showed no improvement in the placebo group orany adverse

> > effects of the treatment.

> >

> >

> > Prof. Pekka J. Pöntinen (1996)

> >

> > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

> > theoretical and practical studies onhow to apply low level laser therapy in

> > the treatment of chronic, especiallymusculoskeletal and myofascial pain and

> > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> >

> > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> > Care® on scalp blood flow and published his results in 1996.

> >

> > The effects of hair lasers on skin blood flow were measuredon three

> > different devices to establish the effect of scalp blood flow. Thehair

> > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > lasercontaining one laser transferring light via fibres and lenses to the

> > patientand a laser identical to the Laser Hair Care where the lasers were

> > replaced(placebo).

> >

> > The differences in the laser systems are illustrated by thefact that Laser

> > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> > effect while the Placebo decreased flow rate by 36%. In addition,the skin

> > temperatures measured before and after the treatment showed littlechange.

> >

> >

> > European Studies (1997)

> >

> > In 1997 a European group of scientist's published their workon LLLT in the

> > treatment of alopecia of the scalp. The authors tried to verifythe efficacy

> > of low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided in

> > two groups: A) laser group, 33 patients treated with both LLLT andclassical

> > therapy; control group, 27 patients treated only with classicaltherapy,

> > Before, during and after treatment, historical samples were done.

> >

> > For the group A the results were rather superior but in atwice shorter

> > time shorter time than group B. The maintenance of the goodresults needed

> > classical therapy for a long period. They conclude that LLLTtherapy could

> > have a useful complementary method for the treatment of scalpalopecia.

> >

> > The same European group of scientist's published theirfindings on LLLT use

> > in the treatment of alopecia and crural ulcers in 1998.The authors tried to

> > verify the efficacy of LLLT in scalp alopecia and cruralulcers of different

> > causes. Laser used was (red diode, continuous emission, 8mW power, wave

> > length 670 nm spot size about 5 mm diameter on some points. Theyalso use as

> > control classical therapy. Before, during and after treatment,histological

> > samples were taken from alopecia regions. For the laser groups(alopecia and

> > ulcers) the results were rather superior and in a three or twicetime

> > shorter than the control group. They conclude that LLLT therapy is a

> > veryuseful complementary method for the treatment of scalp alopecia and

> > cruralulcers.

> >

> >

> >

> > Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men

> > and women with androgenetic alopecia

> >

> > http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> >

> >

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> >

> >

[Guest guest]

Actually that is one of the things that I appreciate so much about some of

the frequencies that are used in lasers - no side effect. That is not to say

that lasers can just be used any which way safely and effectively - cause that

is not so. Lasers are a tool and are as effective as the person using it.

One of the ways that healing lasers heal is to stimulate damaged cells to

heal themselves - all cells have frequencies which are used to communicate and

cause biochemical reactions of many kinds - the healing frequency 635nm that I

like best is the same frequency as healthy living cells, and actually changes

the frequency of damaged and/or unbalanced cells to that of healthy living

cells.

-----

The following excerpts are all from......

How does light therapy work?

http://lazrpulsr.com/files/How_does_light_therapy_work.htm

Is all light therapy the same?

By Dr. Gerry Graham, III

The mechanism of action for 635nm light:

Biological light receptors in living tissue, termed chromophores, have peak

activation at wavelengths between 600nm and 720nm. The most commonly used

wavelengths to activate these chromophores are from 630nm to 635nm. This is

because even though different chromophores have peak activation somewhere

between 600nm and 720nm, each chromophore can still be activated within a wider

wavelength spectrum. 635nm falls within the wavelength spectrum of all

biological chromophores in man and animals. This means there is no need to

utilize multiple colors of lasers to activate the different chromophores in the

body. One wavelength – 635nm – has the potential to activate every biological

photo-sensitive receptor in the body. For this reason, the LazrPulsr System have

selected only 635nm lasers for the therapy lasers.

There are three specific and unique methods the 635nm wavelength lasers of the

LazrPulsr 4X modulates tissues:

1. Within the cell, the signal is transduced and amplified by a photon acceptor

(chromophore). When a chromophore first absorbs light, electronically excited

states are stimulated, primary molecular processes are initiated which lead to

measurable biological effects. These photobiological effects are mediated

through a secondary biochemical reaction, photosignal transduction cascade, or

intracellular signaling which amplifies the biological response.

2. The ionizing effects of LLLT allow photon acceptors to accept an electron.

This turns on the oxidation-reduction cycle of the stimulated chromophores such

as Cytochrome oxidase, hemoglobin, melanin, and serotonin. Changing the re-dox

state of the chromophore changes the biological activity of that chromophore

e.g., hemoglobin changes its oxygen carrying capacity. This has the potential to

triple the oxygen carrying capacity of blood instantly.

3. When photon energy breaks a chemical bond, changes occur in the allosteric

proteins in cell membranes (cell, mitochondrial, nuclear) and monovalent and

divalent fluxes activate cell metabolism and intracellular enzymes directly.

Direct activation of cell membranes alters ion fluxes, particularly calcium,

across that membrane. Changes in intracellular calcium alter the concentrations

of cyclic nucleotides, causing an increase in DNA, RNA, and protein synthesis,

which stimulate mitosis and cellular proliferation.

When any of the above occurs, the initial biological reaction rapidly catalyzes

thousands of other chemicals similar to the calcium regulated, 2nd messenger

cAMP cascade. This biological amplification process produces systemic effects –

which means that as you are treating a wound on the left hand, the wound on your

right hand and the injury to your liver and kidney are also being treated

equally as well. So while the infrared manufactures brag about a 2 inch

penetration of their energy, true therapeutic lasers are profoundly more

advanced, producing systemic therapeutic results.

These three actions produce four separate and distinct functions that are

clearly understood in the body.

1. Growth factor production occurs within cells and tissue in response to

increased ATP and protein synthesis. This initiates mitosis and cell

proliferation by changing the cell, mitochondrial, or nuclear membranes

permeability to monovalent (Na+, K+) and divalent (Ca++, Mg++) ions (Karu 1987,

1998, 2002).

2. Pain relief results from suppression of the nociceptor response mediated by

increased serotonin and endorphin release (Sumano et al., 1987a, 1987b).

3. Immune-modulation and mitigation of the inflammatory response occur because

the mononuclear phagocytic cells, mast cells, and leukocytes are stabilized

preventing the release of harmful inflammatory mediators (Amano 1994). In

addition, vasodilatation and increased microcirculation allows a rapid return to

homeostasis and promotes first intention healing (Sumano 1987a, 1987b; Fiszerman

and Rozenbom 1995).

4. Direct trigger point stimulation allows direct release of endorphins and

other endogenous pain mediators such as serotonin, VIP, substance P,

prostaglandins, etc. (Kaada, B and Eielson O, 1983, Kaada, Olsen and

Eielson,1985).

---

Low Level visible red Laser therapy devices

Unlike the infrared devices that are only concerned about the heat that is

delivered, these lasers are very complex in their actions because they are

designed to stimulate the physiology of the body through a mechanism called

biomodulation or photobiomodulation. These principles of light or energy

medicine originated in the quantum physics of Einstein himself. He first

introduced the concept of the LASER " light amplification by stimulated emission

radiation " . He also stated that every living cell emits radiation called the

" photon emission of living cells " , or what we commonly refer to as the aura.

Albert Einstein, in 1917, proposed all living and nonliving matter represented

dynamic electromagnetic fields, which exist in an electromagnetic environment –

the universe! It took nearly 60 years for fellow physicists to begin to

comprehend Einstein's holistic worldview of quantum mechanics, and the

relationship between matter, energy and health.

Due to the low power density and the properties of the wavelength used, the true

low level therapy lasers are only capable of delivering a physiological dose of

therapy. Some consider this limited because it is dependent on the ability of

the patient to respond to care which creates less consistent and predictable

outcomes. However, when you consider that this therapy actually gives the body a

greater ability to respond you can see that it has expanded the limits of what

can be accomplish.

One of the most important aspects of a physiological dose of therapy is that it

is safe. It is safe no mater what the condition or pathology is, no matter what

medications the patient is on, no matter what the patient may be allergic to, no

matter what, a true LLLT unit will

" …DO NO HARM! "

One of the most profound physiological effects of low level therapeutic lasers

is the effect of Neuroplasticity. Neuroplasticity represents the brain's ability

to reorganize itself by forming new neural connections throughout life.

Neuroplasticity provides a way for nerve cells (neurons) in the brain to respond

and compensate for injury and disease and adjust neuronal activity in response

to a new situation or to changes in the environment.

Reorganizing the brain occurs by the mechanism of " axonal sprouting " where

damaged axons grow new nerve endings to reconnect neurons whose links were

injured or severed. Undamaged axons can also contribute new nerve endings and

connect with other undamaged nerve cells, forming new neural pathways to

accomplish a needed function. In order for neurons to reconnect or form new

connections, the neurons need active stimulation. LLLT provides one of the most

powerful stimulants for Neuroplasticity known today and it provides that

stimulation in a safe, therapeutically correct, organized manner.

Neuroplasticity, represents unlimited potential to retrain the brain after

injury. However, Neuroplasticity can also contribute to impairment. For example,

deaf individuals may suffer from continual ringing in the ears (tinnitus), which

results from faulty rewiring of the brain cells starved for sound. For

beneficial neural connections to form, neurons must be stimulated correctly.

Neuroplasticity represents a new rapidly evolving approach to healing. Given any

trauma, realizing all traumas involve the central nervous system recognizing the

trauma (consciously or subconsciously), quick response with active neuronal

stimulation, could theoretically maintain, repair, retain most CNS functions

(learning, memory, speech, emotional distress, movement, balance etc.). In

simpler terms, theoretically the proper immediate use of LLLT therapy post

trauma, especially brain trauma, could eliminate much of the neurological

disabilities common in head trauma today.

Even the simplest memory stimulates complex neural networks at several different

sites in the brain. The content (what happened) and meaning (how it felt) of an

event are laid down in separate parts of the brain. The goal of neuroplastic

therapy is to connect these sites to resolve the damaged, disjointed,

dysfunctional nervous systems.

" …The effect of LLLT on the brain is not magic, it's malleable "

As with the infrared lasers, the wavelength and power density selected for an

LLLT laser is very important, but for very different reasons. There are also a

third and fourth component that is critically important for the LLLT laser use.

One is the light source and the properties of the light itself and the other is

frequency. It is not only important for the light to be pulsed but the frequency

it is pulsed is specific to the therapeutic response desired

--------------------

blessings

Shan

>

> > **

> >

> >

> >

> > Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of

> > LLLT in Hair Loss (Man & Woman)

> >

> >

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> >

> >

> > Professor Andre Mester (1964)

> >

> > In 1964, Professor Andre Mester began experimenting with theuse of

> > low-power laser energy in Budapest, Hungary. Heobserved that low energy

> > laser exposure has a stimulating effect on thebiological system, while

> > high-energy laser exposure had an inhibiting effect.In his experiments

> > with

> > wound treatment on mice, he noticed rapid healing dueto microcirculation

> > of

> > blood supply. This healing was also obvious in laserlight treatment of

> > diabetic patients suffering with dystrophic sores. He wasamazed to find

> > sores that would not otherwise heal were healed, and he alsoobserved

> > accelerated hair growth and thickening of hair in the treated areas.This

> > theory through its evolution has since been refined and is widely

> > becomingone of the most popular non-invasive hair loss treatments. Laser

> > researcher Dr.J. Layton states: . **Laser Hair Therapy increases

> > microcirculation ofthe hair follicle, which allows nutrients and freshly

> > oxygenated blood toaccess the hair follicle with the results being a

> > stimulation of the naturalhair growth cycle.**

> >

> >

> > Dr. Trelles (1984)

> >

> > In 1984, Dr. Trelles showed in one study that patients withalopecia areata

> > who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> > Trelles reported that most of the patients with alopecia areataresponded

> > well after only 6 to 8 treatments administered twice a week for acouple of

> > weeks. The He-Ne laser was placed 30 centimeters from the alopeciaareata

> > with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> > wereused. In the same study, microscopic evaluation of the hair shaft

> > structure onthe alopecia areata irradiated areas showed a clear medulla

> > rich in keratinafter treatment. Daily treatments appeared to prevent

> > regrowth, causing irritationwith probable increase in hair loss.

> >

> >

> > Japan LaserTherapy Association (1992)

> >

> > At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

> > success was reported with an increase in both hair growthand the density

> > of

> > the hair follicles in the laser treated areas of both maleand female

> > stress

> > alopecia and alopecia areata with only one failure out of 40cases reported

> > in two papers.

> >

> >

> > Laser Conference, HelsinkiFinland(1993)

> >

> > An unpublished study presented at Laser Conference, Helsinki, Finland1993

> > shows the effect of LLLT on Androgenetic Alopecia. A

> > double-blindcomparative study with placebo laser for treatment of

> > Hereditary AndrogeneticAlopecia in young males was presented in Helsinki

> > 1993 describing the positive effect of LLLT treatments on hair growth,stop

> > of hair loss and hair shaft tensile strength.

> >

> > At the Helsinki Laser Conference research resultsdemonstrating the effect

> > of LLLT compared to a placebo group was presented. Itwas found that hair

> > re-growth was clearly shown in the laser group. In additionall patients,

> > with the exception of one, in the laser-treated group showed acomplete

> > stop

> > of hair loss. All patients, except 3, showed a clear hairre-growth of hair

> > with a reduction of at least one category in the Hamilton classification.

> >

> > Post-treatment showed the dermis with almost the same amountof hair

> > follicles as pretreatment, although a number of new follicles could beseen

> > with clearly noticeable hair growth. 50% of the follicles are now in

> > theanagen phase (growth).

> >

> > When comparing the histological findings, transformationinto anagen hair

> > follicles could be observed in 83% of the patients on lasertreatment but

> > in

> > none of the placebo patients. Out of 18 patients, 14 showed anincrease in

> > hair thickness, and all 18 showed improvement in general hair shaftquality

> > measured with the hair stretcher.

> >

> > The results showed no improvement in the placebo group orany adverse

> > effects of the treatment.

> >

> >

> > Prof. Pekka J. Pöntinen (1996)

> >

> > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

> > theoretical and practical studies onhow to apply low level laser therapy

> > in

> > the treatment of chronic, especiallymusculoskeletal and myofascial pain

> > and

> > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> >

> > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> > Care® on scalp blood flow and published his results in 1996.

> >

> > The effects of hair lasers on skin blood flow were measuredon three

> > different devices to establish the effect of scalp blood flow. Thehair

> > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > lasercontaining one laser transferring light via fibres and lenses to the

> > patientand a laser identical to the Laser Hair Care where the lasers were

> > replaced(placebo).

> >

> > The differences in the laser systems are illustrated by thefact that Laser

> > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> > effect while the Placebo decreased flow rate by 36%. In addition,the skin

> > temperatures measured before and after the treatment showed littlechange.

> >

> >

> > European Studies (1997)

> >

> > In 1997 a European group of scientist's published their workon LLLT in the

> > treatment of alopecia of the scalp. The authors tried to verifythe

> > efficacy

> > of low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided

> > in

> > two groups: A) laser group, 33 patients treated with both LLLT

> > andclassical

> > therapy; control group, 27 patients treated only with classicaltherapy,

> > Before, during and after treatment, historical samples were done.

> >

> > For the group A the results were rather superior but in atwice shorter

> > time shorter time than group B. The maintenance of the goodresults needed

> > classical therapy for a long period. They conclude that LLLTtherapy could

> > have a useful complementary method for the treatment of scalpalopecia.

> >

> > The same European group of scientist's published theirfindings on LLLT use

> > in the treatment of alopecia and crural ulcers in 1998.The authors tried

> > to

> > verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> > different

> > causes. Laser used was (red diode, continuous emission, 8mW power, wave

> > length 670 nm spot size about 5 mm diameter on some points. Theyalso use

> > as

> > control classical therapy. Before, during and after treatment,histological

> > samples were taken from alopecia regions. For the laser groups(alopecia

> > and

> > ulcers) the results were rather superior and in a three or twicetime

> > shorter than the control group. They conclude that LLLT therapy is a

> > veryuseful complementary method for the treatment of scalp alopecia and

> > cruralulcers.

> >

> >

> >

> > Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men

> > and women with androgenetic alopecia

> >

> > http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> >

> >

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> >

> >

[Guest guest]

I am interested in your machine - and am looking into it. I very much

appreciate how important a good night sleep is to healing and health - and

quality of life.

blessings

Shan

>

>

> Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of LLLT

in Hair Loss (Man & Woman)

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

>

>

> Professor Andre Mester (1964)

>

> In 1964, Professor Andre Mester began experimenting with theuse of low-power

laser energy in Budapest, Hungary. Heobserved that low energy laser exposure has

a stimulating effect on thebiological system, while high-energy laser exposure

had an inhibiting effect.In his experiments with wound treatment on mice, he

noticed rapid healing dueto microcirculation of blood supply. This healing was

also obvious in laserlight treatment of diabetic patients suffering with

dystrophic sores. He wasamazed to find sores that would not otherwise heal were

healed, and he alsoobserved accelerated hair growth and thickening of hair in

the treated areas.This theory through its evolution has since been refined and

is widely becomingone of the most popular non-invasive hair loss treatments.

Laser researcher Dr.J. Layton states: … **Laser Hair Therapy increases

microcirculation ofthe hair follicle, which allows nutrients and freshly

oxygenated blood toaccess the hair follicle with the results being a stimulation

of the naturalhair growth cycle.**

>

>

> Dr. Trelles (1984)

>

> In 1984, Dr. Trelles showed in one study that patients withalopecia areata who

were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr. Trelles

reported that most of the patients with alopecia areataresponded well after only

6 to 8 treatments administered twice a week for acouple of weeks. The He-Ne

laser was placed 30 centimeters from the alopeciaareata with dosages ranging

from 3-4 Joule per sq. cm. No fibres or lenses wereused. In the same study,

microscopic evaluation of the hair shaft structure onthe alopecia areata

irradiated areas showed a clear medulla rich in keratinafter treatment. Daily

treatments appeared to prevent regrowth, causing irritationwith probable

increase in hair loss.

>

>

> Japan LaserTherapy Association (1992)

>

> At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

success was reported with an increase in both hair growthand the density of the

hair follicles in the laser treated areas of both maleand female stress alopecia

and alopecia areata with only one failure out of 40cases reported in two papers.

>

>

> Laser Conference, HelsinkiFinland(1993)

>

> An unpublished study presented at Laser Conference, Helsinki, Finland1993

shows the effect of LLLT on Androgenetic Alopecia. A double-blindcomparative

study with placebo laser for treatment of Hereditary AndrogeneticAlopecia in

young males was presented in Helsinki 1993 describing the positive effect of

LLLT treatments on hair growth,stop of hair loss and hair shaft tensile

strength.

>

> At the Helsinki Laser Conference research resultsdemonstrating the effect of

LLLT compared to a placebo group was presented. Itwas found that hair re-growth

was clearly shown in the laser group. In additionall patients, with the

exception of one, in the laser-treated group showed acomplete stop of hair loss.

All patients, except 3, showed a clear hairre-growth of hair with a reduction of

at least one category in the Hamilton classification.

>

> Post-treatment showed the dermis with almost the same amountof hair follicles

as pretreatment, although a number of new follicles could beseen with clearly

noticeable hair growth. 50% of the follicles are now in theanagen phase

(growth).

>

> When comparing the histological findings, transformationinto anagen hair

follicles could be observed in 83% of the patients on lasertreatment but in none

of the placebo patients. Out of 18 patients, 14 showed anincrease in hair

thickness, and all 18 showed improvement in general hair shaftquality measured

with the hair stretcher.

>

> The results showed no improvement in the placebo group orany adverse effects

of the treatment.

>

>

> Prof. Pekka J. Pöntinen (1996)

>

> Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

theoretical and practical studies onhow to apply low level laser therapy in the

treatment of chronic, especiallymusculoskeletal and myofascial pain and

dysfunction, vascular disturbances,wound and ulcer treatment etc.

>

> Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair Care®

on scalp blood flow and published his results in 1996.

>

> The effects of hair lasers on skin blood flow were measuredon three different

devices to establish the effect of scalp blood flow. Thehair lasers used were

Laser Hair Care (670 nm ), a He-Ne (632.8 nm ) lasercontaining one laser

transferring light via fibres and lenses to the patientand a laser identical to

the Laser Hair Care where the lasers were replaced(placebo).

>

> The differences in the laser systems are illustrated by thefact that Laser

Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no effect

while the Placebo decreased flow rate by 36%. In addition,the skin temperatures

measured before and after the treatment showed littlechange.

>

>

> European Studies (1997)

>

> In 1997 a European group of scientist's published their workon LLLT in the

treatment of alopecia of the scalp. The authors tried to verifythe efficacy of

low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided in two

groups: A) laser group, 33 patients treated with both LLLT andclassical therapy;

control group, 27 patients treated only with classicaltherapy, Before, during

and after treatment, historical samples were done.

>

> For the group A the results were rather superior but in atwice shorter time

shorter time than group B. The maintenance of the goodresults needed classical

therapy for a long period. They conclude that LLLTtherapy could have a useful

complementary method for the treatment of scalpalopecia.

>

> The same European group of scientist's published theirfindings on LLLT use in

the treatment of alopecia and crural ulcers in 1998.The authors tried to verify

the efficacy of LLLT in scalp alopecia and cruralulcers of different causes.

Laser used was (red diode, continuous emission, 8mW power, wave length 670 nm

spot size about 5 mm diameter on some points. Theyalso use as control classical

therapy. Before, during and after treatment,histological samples were taken from

alopecia regions. For the laser groups(alopecia and ulcers) the results were

rather superior and in a three or twicetime shorter than the control group. They

conclude that LLLT therapy is a veryuseful complementary method for the

treatment of scalp alopecia and cruralulcers.

>

>

>

> Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men and

women with androgenetic alopecia

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

>

>

[Guest guest]

Looks interesting. Had not seen this study. But I am not very big on

patient self-assessment. And I do not see who did the study? Who conducted

this study?

On Sun, Jul 8, 2012 at 2:56 PM, Shan <surpriseshan2@...> wrote:

> **

>

>

> Thank you for your thoughts and the information.

>

> I will be building a laser helmet that has proven successful at growing

> hair, among other things -- in several studies including a one year study.

> Long-term (1-year) experience with LDS 100 in the treatment of men and

> women with androgenetic alopecia

>

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

>

> However to cure or treat hair loss is not my goal - for several years they

> have been doing research with low level laser helmets and significantly

> improving memory + increasing cognitive abilities, reversing dementia and

> Alzheimer's. There are also studies showing that it works - though

> " officially " it is considered not enough proof as yet... but that should

> change in the not to distant future as there is just so much publicity

> around this issue, plus too many important institutes in several countries

> have got into the act.

>

> DHT is not the answer by itself - if it was there would have been " cures "

> for hair loss a long long time ago-- not treatments , but 'cures'.

>

> Calcium which has calcified on the scalp and in the hair follicles is

> another issue which causes hair loss - this can be corrected by rubbing

> liquid transdermal magnesium into the scalp everyday for several weeks

> however. Then stimulating regrowth easily without any hassles with low

> level lasers.

>

> Well go ahead and believe that healing things with lasers is worthless.

> That will be your loss ,not mine. Your mindset is a shame though.........

>

> I don't think you know much about lasers or you would know that there are

> frequencies emitted by lasers which can cut metal, others that are used in

> hospitals to cut flesh and bone; there are other lasers with different

> frequencies which stimulate healing and are used for that purpose by many

> health professionals even in North America. There are even laser

> frequencies which they have proven in studies do kill bacteria - and

> healing frequencies in lasers are being used successfully today to get rid

> of allergies as well as environmental sensitivities very successfully,

> which is great for many people but in my opinion, especially for those with

> asthma and autism. The frequencies of the healing lasers do not actually

> heal anything - they just stimulate the body to heal itself.....Lasers are

> very successful at getting rid of pain and in studies have shown to be even

> more effective consistently then even drugs...in fact both the FDA and

> Health Canada have approved a couple of laser devices for pain several

> years ago. I have been looking into lasers since last

> August when I found out how effective and inexpensive healing with lasers

> could be. Healing lasers work WITH living organisms to rebalance and heal -

> the abilities of the human body to help itself are amazing, but sometimes

> just needs a bit of stimulation and help.

>

> For your sake, hopefully you will follow your instincts and look further

> then the likes of Barret for information.

>

> blessings

> Shan

>

>

>

> >

> > > **

>

> > >

> > >

> > >

> > > Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies

> of

> > > LLLT in Hair Loss (Man & Woman)

> > >

> > >

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> > >

> > >

> > > Professor Andre Mester (1964)

> > >

> > > In 1964, Professor Andre Mester began experimenting with theuse of

> > > low-power laser energy in Budapest, Hungary. Heobserved that low energy

> > > laser exposure has a stimulating effect on thebiological system, while

> > > high-energy laser exposure had an inhibiting effect.In his experiments

> with

> > > wound treatment on mice, he noticed rapid healing dueto

> microcirculation of

> > > blood supply. This healing was also obvious in laserlight treatment of

> > > diabetic patients suffering with dystrophic sores. He wasamazed to find

> > > sores that would not otherwise heal were healed, and he alsoobserved

> > > accelerated hair growth and thickening of hair in the treated

> areas.This

> > > theory through its evolution has since been refined and is widely

> > > becomingone of the most popular non-invasive hair loss treatments.

> Laser

> > > researcher Dr.J. Layton states: … **Laser Hair Therapy increases

> > > microcirculation ofthe hair follicle, which allows nutrients and

> freshly

> > > oxygenated blood toaccess the hair follicle with the results being a

> > > stimulation of the naturalhair growth cycle.**

> > >

> > >

> > > Dr. Trelles (1984)

> > >

> > > In 1984, Dr. Trelles showed in one study that patients withalopecia

> areata

> > > who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> > > Trelles reported that most of the patients with alopecia

> areataresponded

> > > well after only 6 to 8 treatments administered twice a week for

> acouple of

> > > weeks. The He-Ne laser was placed 30 centimeters from the

> alopeciaareata

> > > with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> > > wereused. In the same study, microscopic evaluation of the hair shaft

> > > structure onthe alopecia areata irradiated areas showed a clear medulla

> > > rich in keratinafter treatment. Daily treatments appeared to prevent

> > > regrowth, causing irritationwith probable increase in hair loss.

> > >

> > >

> > > Japan LaserTherapy Association (1992)

> > >

> > > At the 4th annual Meeting of the Japan Laser TherapyAssociation in

> 1992,

> > > success was reported with an increase in both hair growthand the

> density of

> > > the hair follicles in the laser treated areas of both maleand female

> stress

> > > alopecia and alopecia areata with only one failure out of 40cases

> reported

> > > in two papers.

> > >

> > >

> > > Laser Conference, HelsinkiFinland(1993)

> > >

> > > An unpublished study presented at Laser Conference, Helsinki,

> Finland1993

> > > shows the effect of LLLT on Androgenetic Alopecia. A

> > > double-blindcomparative study with placebo laser for treatment of

> > > Hereditary AndrogeneticAlopecia in young males was presented in

> Helsinki

> > > 1993 describing the positive effect of LLLT treatments on hair

> growth,stop

> > > of hair loss and hair shaft tensile strength.

> > >

> > > At the Helsinki Laser Conference research resultsdemonstrating the

> effect

> > > of LLLT compared to a placebo group was presented. Itwas found that

> hair

> > > re-growth was clearly shown in the laser group. In additionall

> patients,

> > > with the exception of one, in the laser-treated group showed acomplete

> stop

> > > of hair loss. All patients, except 3, showed a clear hairre-growth of

> hair

> > > with a reduction of at least one category in the Hamilton

> classification.

> > >

> > > Post-treatment showed the dermis with almost the same amountof hair

> > > follicles as pretreatment, although a number of new follicles could

> beseen

> > > with clearly noticeable hair growth. 50% of the follicles are now in

> > > theanagen phase (growth).

> > >

> > > When comparing the histological findings, transformationinto anagen

> hair

> > > follicles could be observed in 83% of the patients on lasertreatment

> but in

> > > none of the placebo patients. Out of 18 patients, 14 showed anincrease

> in

> > > hair thickness, and all 18 showed improvement in general hair

> shaftquality

> > > measured with the hair stretcher.

> > >

> > > The results showed no improvement in the placebo group orany adverse

> > > effects of the treatment.

> > >

> > >

> > > Prof. Pekka J. Pöntinen (1996)

> > >

> > > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia

> thorough

> > > theoretical and practical studies onhow to apply low level laser

> therapy in

> > > the treatment of chronic, especiallymusculoskeletal and myofascial

> pain and

> > > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> > >

> > > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> > > Care® on scalp blood flow and published his results in 1996.

> > >

> > > The effects of hair lasers on skin blood flow were measuredon three

> > > different devices to establish the effect of scalp blood flow. Thehair

> > > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > > lasercontaining one laser transferring light via fibres and lenses to

> the

> > > patientand a laser identical to the Laser Hair Care where the lasers

> were

> > > replaced(placebo).

> > >

> > > The differences in the laser systems are illustrated by thefact that

> Laser

> > > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> > > effect while the Placebo decreased flow rate by 36%. In addition,the

> skin

> > > temperatures measured before and after the treatment showed

> littlechange.

> > >

> > >

> > > European Studies (1997)

> > >

> > > In 1997 a European group of scientist's published their workon LLLT in

> the

> > > treatment of alopecia of the scalp. The authors tried to verifythe

> efficacy

> > > of low energy laser (LLLT) in scalp alopecia. Sixty patients

> weredivided in

> > > two groups: A) laser group, 33 patients treated with both LLLT

> andclassical

> > > therapy; control group, 27 patients treated only with

> classicaltherapy,

> > > Before, during and after treatment, historical samples were done.

> > >

> > > For the group A the results were rather superior but in atwice shorter

> > > time shorter time than group B. The maintenance of the goodresults

> needed

> > > classical therapy for a long period. They conclude that LLLTtherapy

> could

> > > have a useful complementary method for the treatment of scalpalopecia.

> > >

> > > The same European group of scientist's published theirfindings on LLLT

> use

> > > in the treatment of alopecia and crural ulcers in 1998.The authors

> tried to

> > > verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> different

> > > causes. Laser used was (red diode, continuous emission, 8mW power, wave

> > > length 670 nm spot size about 5 mm diameter on some points. Theyalso

> use as

> > > control classical therapy. Before, during and after

> treatment,histological

> > > samples were taken from alopecia regions. For the laser

> groups(alopecia and

> > > ulcers) the results were rather superior and in a three or twicetime

> > > shorter than the control group. They conclude that LLLT therapy is a

> > > veryuseful complementary method for the treatment of scalp alopecia and

> > > cruralulcers.

> > >

> > >

> > >

> > > Study: Long-term (1-year) experiencewith LDS 100 in the treatment of

> men

> > > and women with androgenetic alopecia

> > >

> > >

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> > >

> > >

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> > >

> > >

[Guest guest]

You would have to read the original study to know that

Source: http://www.corporacioncapilar.es/LDS100.pdf

What do you mean by " patient self-assessment " ?

blessings

Shan

> > >

> > > > **

> >

> > > >

> > > >

> > > >

> > > > Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies

> > of

> > > > LLLT in Hair Loss (Man & Woman)

> > > >

> > > >

> >

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> > > >

> > > >

> > > > Professor Andre Mester (1964)

> > > >

> > > > In 1964, Professor Andre Mester began experimenting with theuse of

> > > > low-power laser energy in Budapest, Hungary. Heobserved that low energy

> > > > laser exposure has a stimulating effect on thebiological system, while

> > > > high-energy laser exposure had an inhibiting effect.In his experiments

> > with

> > > > wound treatment on mice, he noticed rapid healing dueto

> > microcirculation of

> > > > blood supply. This healing was also obvious in laserlight treatment of

> > > > diabetic patients suffering with dystrophic sores. He wasamazed to find

> > > > sores that would not otherwise heal were healed, and he alsoobserved

> > > > accelerated hair growth and thickening of hair in the treated

> > areas.This

> > > > theory through its evolution has since been refined and is widely

> > > > becomingone of the most popular non-invasive hair loss treatments.

> > Laser

> > > > researcher Dr.J. Layton states: … **Laser Hair Therapy increases

> > > > microcirculation ofthe hair follicle, which allows nutrients and

> > freshly

> > > > oxygenated blood toaccess the hair follicle with the results being a

> > > > stimulation of the naturalhair growth cycle.**

> > > >

> > > >

> > > > Dr. Trelles (1984)

> > > >

> > > > In 1984, Dr. Trelles showed in one study that patients withalopecia

> > areata

> > > > who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> > > > Trelles reported that most of the patients with alopecia

> > areataresponded

> > > > well after only 6 to 8 treatments administered twice a week for

> > acouple of

> > > > weeks. The He-Ne laser was placed 30 centimeters from the

> > alopeciaareata

> > > > with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> > > > wereused. In the same study, microscopic evaluation of the hair shaft

> > > > structure onthe alopecia areata irradiated areas showed a clear medulla

> > > > rich in keratinafter treatment. Daily treatments appeared to prevent

> > > > regrowth, causing irritationwith probable increase in hair loss.

> > > >

> > > >

> > > > Japan LaserTherapy Association (1992)

> > > >

> > > > At the 4th annual Meeting of the Japan Laser TherapyAssociation in

> > 1992,

> > > > success was reported with an increase in both hair growthand the

> > density of

> > > > the hair follicles in the laser treated areas of both maleand female

> > stress

> > > > alopecia and alopecia areata with only one failure out of 40cases

> > reported

> > > > in two papers.

> > > >

> > > >

> > > > Laser Conference, HelsinkiFinland(1993)

> > > >

> > > > An unpublished study presented at Laser Conference, Helsinki,

> > Finland1993

> > > > shows the effect of LLLT on Androgenetic Alopecia. A

> > > > double-blindcomparative study with placebo laser for treatment of

> > > > Hereditary AndrogeneticAlopecia in young males was presented in

> > Helsinki

> > > > 1993 describing the positive effect of LLLT treatments on hair

> > growth,stop

> > > > of hair loss and hair shaft tensile strength.

> > > >

> > > > At the Helsinki Laser Conference research resultsdemonstrating the

> > effect

> > > > of LLLT compared to a placebo group was presented. Itwas found that

> > hair

> > > > re-growth was clearly shown in the laser group. In additionall

> > patients,

> > > > with the exception of one, in the laser-treated group showed acomplete

> > stop

> > > > of hair loss. All patients, except 3, showed a clear hairre-growth of

> > hair

> > > > with a reduction of at least one category in the Hamilton

> > classification.

> > > >

> > > > Post-treatment showed the dermis with almost the same amountof hair

> > > > follicles as pretreatment, although a number of new follicles could

> > beseen

> > > > with clearly noticeable hair growth. 50% of the follicles are now in

> > > > theanagen phase (growth).

> > > >

> > > > When comparing the histological findings, transformationinto anagen

> > hair

> > > > follicles could be observed in 83% of the patients on lasertreatment

> > but in

> > > > none of the placebo patients. Out of 18 patients, 14 showed anincrease

> > in

> > > > hair thickness, and all 18 showed improvement in general hair

> > shaftquality

> > > > measured with the hair stretcher.

> > > >

> > > > The results showed no improvement in the placebo group orany adverse

> > > > effects of the treatment.

> > > >

> > > >

> > > > Prof. Pekka J. Pöntinen (1996)

> > > >

> > > > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia

> > thorough

> > > > theoretical and practical studies onhow to apply low level laser

> > therapy in

> > > > the treatment of chronic, especiallymusculoskeletal and myofascial

> > pain and

> > > > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> > > >

> > > > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> > > > Care® on scalp blood flow and published his results in 1996.

> > > >

> > > > The effects of hair lasers on skin blood flow were measuredon three

> > > > different devices to establish the effect of scalp blood flow. Thehair

> > > > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > > > lasercontaining one laser transferring light via fibres and lenses to

> > the

> > > > patientand a laser identical to the Laser Hair Care where the lasers

> > were

> > > > replaced(placebo).

> > > >

> > > > The differences in the laser systems are illustrated by thefact that

> > Laser

> > > > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> > > > effect while the Placebo decreased flow rate by 36%. In addition,the

> > skin

> > > > temperatures measured before and after the treatment showed

> > littlechange.

> > > >

> > > >

> > > > European Studies (1997)

> > > >

> > > > In 1997 a European group of scientist's published their workon LLLT in

> > the

> > > > treatment of alopecia of the scalp. The authors tried to verifythe

> > efficacy

> > > > of low energy laser (LLLT) in scalp alopecia. Sixty patients

> > weredivided in

> > > > two groups: A) laser group, 33 patients treated with both LLLT

> > andclassical

> > > > therapy; control group, 27 patients treated only with

> > classicaltherapy,

> > > > Before, during and after treatment, historical samples were done.

> > > >

> > > > For the group A the results were rather superior but in atwice shorter

> > > > time shorter time than group B. The maintenance of the goodresults

> > needed

> > > > classical therapy for a long period. They conclude that LLLTtherapy

> > could

> > > > have a useful complementary method for the treatment of scalpalopecia.

> > > >

> > > > The same European group of scientist's published theirfindings on LLLT

> > use

> > > > in the treatment of alopecia and crural ulcers in 1998.The authors

> > tried to

> > > > verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> > different

> > > > causes. Laser used was (red diode, continuous emission, 8mW power, wave

> > > > length 670 nm spot size about 5 mm diameter on some points. Theyalso

> > use as

> > > > control classical therapy. Before, during and after

> > treatment,histological

> > > > samples were taken from alopecia regions. For the laser

> > groups(alopecia and

> > > > ulcers) the results were rather superior and in a three or twicetime

> > > > shorter than the control group. They conclude that LLLT therapy is a

> > > > veryuseful complementary method for the treatment of scalp alopecia and

> > > > cruralulcers.

> > > >

> > > >

> > > >

> > > > Study: Long-term (1-year) experiencewith LDS 100 in the treatment of

> > men

> > > > and women with androgenetic alopecia

> > > >

> > > >

> > http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> > > >

> > > >

> >

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> > > >

> > > >

[Guest guest]

Page not found

We're sorry, the page you are trying to access is not.

This may occur for:

The address of the page is not written correctly.

The page is temporarily disabled

Go to the home go to the home page of capillary Corporation

On Sun, Jul 8, 2012 at 4:28 PM, Shan <surpriseshan2@...> wrote:

> **

>

>

> You would have to read the original study to know that

> Source: http://www.corporacioncapilar.es/LDS100.pdf

>

> What do you mean by " patient self-assessment " ?

>

>

> blessings

> Shan

>

>

>

> > > >

> > > > > **

> > >

> > > > >

> > > > >

> > > > >

> > > > > Normal 0 false false false MicrosoftInternetExplorer4 Reported

> Studies

> > > of

> > > > > LLLT in Hair Loss (Man & Woman)

> > > > >

> > > > >

> > >

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> > > > >

> > > > >

> > > > > Professor Andre Mester (1964)

> > > > >

> > > > > In 1964, Professor Andre Mester began experimenting with theuse of

> > > > > low-power laser energy in Budapest, Hungary. Heobserved that low

> energy

> > > > > laser exposure has a stimulating effect on thebiological system,

> while

> > > > > high-energy laser exposure had an inhibiting effect.In his

> experiments

> > > with

> > > > > wound treatment on mice, he noticed rapid healing dueto

> > > microcirculation of

> > > > > blood supply. This healing was also obvious in laserlight

> treatment of

> > > > > diabetic patients suffering with dystrophic sores. He wasamazed to

> find

> > > > > sores that would not otherwise heal were healed, and he

> alsoobserved

> > > > > accelerated hair growth and thickening of hair in the treated

> > > areas.This

> > > > > theory through its evolution has since been refined and is widely

> > > > > becomingone of the most popular non-invasive hair loss treatments.

> > > Laser

> > > > > researcher Dr.J. Layton states: … **Laser Hair Therapy

> increases

> > > > > microcirculation ofthe hair follicle, which allows nutrients and

> > > freshly

> > > > > oxygenated blood toaccess the hair follicle with the results being

> a

> > > > > stimulation of the naturalhair growth cycle.**

> > > > >

> > > > >

> > > > > Dr. Trelles (1984)

> > > > >

> > > > > In 1984, Dr. Trelles showed in one study that patients withalopecia

> > > areata

> > > > > who were treated with He-Ne laser 632,8 nm showed a goodresponse.

> Dr.

> > > > > Trelles reported that most of the patients with alopecia

> > > areataresponded

> > > > > well after only 6 to 8 treatments administered twice a week for

> > > acouple of

> > > > > weeks. The He-Ne laser was placed 30 centimeters from the

> > > alopeciaareata

> > > > > with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> > > > > wereused. In the same study, microscopic evaluation of the hair

> shaft

> > > > > structure onthe alopecia areata irradiated areas showed a clear

> medulla

> > > > > rich in keratinafter treatment. Daily treatments appeared to

> prevent

> > > > > regrowth, causing irritationwith probable increase in hair loss.

> > > > >

> > > > >

> > > > > Japan LaserTherapy Association (1992)

> > > > >

> > > > > At the 4th annual Meeting of the Japan Laser TherapyAssociation in

> > > 1992,

> > > > > success was reported with an increase in both hair growthand the

> > > density of

> > > > > the hair follicles in the laser treated areas of both maleand

> female

> > > stress

> > > > > alopecia and alopecia areata with only one failure out of 40cases

> > > reported

> > > > > in two papers.

> > > > >

> > > > >

> > > > > Laser Conference, HelsinkiFinland(1993)

> > > > >

> > > > > An unpublished study presented at Laser Conference, Helsinki,

> > > Finland1993

> > > > > shows the effect of LLLT on Androgenetic Alopecia. A

> > > > > double-blindcomparative study with placebo laser for treatment of

> > > > > Hereditary AndrogeneticAlopecia in young males was presented in

> > > Helsinki

> > > > > 1993 describing the positive effect of LLLT treatments on hair

> > > growth,stop

> > > > > of hair loss and hair shaft tensile strength.

> > > > >

> > > > > At the Helsinki Laser Conference research resultsdemonstrating the

> > > effect

> > > > > of LLLT compared to a placebo group was presented. Itwas found that

> > > hair

> > > > > re-growth was clearly shown in the laser group. In additionall

> > > patients,

> > > > > with the exception of one, in the laser-treated group showed

> acomplete

> > > stop

> > > > > of hair loss. All patients, except 3, showed a clear hairre-growth

> of

> > > hair

> > > > > with a reduction of at least one category in the Hamilton

> > > classification.

> > > > >

> > > > > Post-treatment showed the dermis with almost the same amountof hair

> > > > > follicles as pretreatment, although a number of new follicles could

> > > beseen

> > > > > with clearly noticeable hair growth. 50% of the follicles are now

> in

> > > > > theanagen phase (growth).

> > > > >

> > > > > When comparing the histological findings, transformationinto anagen

> > > hair

> > > > > follicles could be observed in 83% of the patients on

> lasertreatment

> > > but in

> > > > > none of the placebo patients. Out of 18 patients, 14 showed

> anincrease

> > > in

> > > > > hair thickness, and all 18 showed improvement in general hair

> > > shaftquality

> > > > > measured with the hair stretcher.

> > > > >

> > > > > The results showed no improvement in the placebo group orany

> adverse

> > > > > effects of the treatment.

> > > > >

> > > > >

> > > > > Prof. Pekka J. Pöntinen (1996)

> > > > >

> > > > > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia

> > > thorough

> > > > > theoretical and practical studies onhow to apply low level laser

> > > therapy in

> > > > > the treatment of chronic, especiallymusculoskeletal and myofascial

> > > pain and

> > > > > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> > > > >

> > > > > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser

> Hair

> > > > > Care® on scalp blood flow and published his results in 1996.

> > > > >

> > > > > The effects of hair lasers on skin blood flow were measuredon three

> > > > > different devices to establish the effect of scalp blood flow.

> Thehair

> > > > > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > > > > lasercontaining one laser transferring light via fibres and lenses

> to

> > > the

> > > > > patientand a laser identical to the Laser Hair Care where the

> lasers

> > > were

> > > > > replaced(placebo).

> > > > >

> > > > > The differences in the laser systems are illustrated by thefact

> that

> > > Laser

> > > > > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser

> had no

> > > > > effect while the Placebo decreased flow rate by 36%. In

> addition,the

> > > skin

> > > > > temperatures measured before and after the treatment showed

> > > littlechange.

> > > > >

> > > > >

> > > > > European Studies (1997)

> > > > >

> > > > > In 1997 a European group of scientist's published their workon

> LLLT in

> > > the

> > > > > treatment of alopecia of the scalp. The authors tried to verifythe

> > > efficacy

> > > > > of low energy laser (LLLT) in scalp alopecia. Sixty patients

> > > weredivided in

> > > > > two groups: A) laser group, 33 patients treated with both LLLT

> > > andclassical

> > > > > therapy; control group, 27 patients treated only with

> > > classicaltherapy,

> > > > > Before, during and after treatment, historical samples were done.

> > > > >

> > > > > For the group A the results were rather superior but in atwice

> shorter

> > > > > time shorter time than group B. The maintenance of the goodresults

> > > needed

> > > > > classical therapy for a long period. They conclude that LLLTtherapy

> > > could

> > > > > have a useful complementary method for the treatment of

> scalpalopecia.

> > > > >

> > > > > The same European group of scientist's published theirfindings on

> LLLT

> > > use

> > > > > in the treatment of alopecia and crural ulcers in 1998.The authors

> > > tried to

> > > > > verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> > > different

> > > > > causes. Laser used was (red diode, continuous emission, 8mW power,

> wave

> > > > > length 670 nm spot size about 5 mm diameter on some points.

> Theyalso

> > > use as

> > > > > control classical therapy. Before, during and after

> > > treatment,histological

> > > > > samples were taken from alopecia regions. For the laser

> > > groups(alopecia and

> > > > > ulcers) the results were rather superior and in a three or

> twicetime

> > > > > shorter than the control group. They conclude that LLLT therapy is

> a

> > > > > veryuseful complementary method for the treatment of scalp

> alopecia and

> > > > > cruralulcers.

> > > > >

> > > > >

> > > > >

> > > > > Study: Long-term (1-year) experiencewith LDS 100 in the treatment

> of

> > > men

> > > > > and women with androgenetic alopecia

> > > > >

> > > > >

> > >

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> > > > >

> > > > >

> > >

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> > > > >

> > > > >

[Guest guest]

LASER IS NOT WORTHLESS…. to say that means you are not well informed.

hairless, maybe all energetics are worthless. never been a proponent of PEMF for

that.

____________________________________________

F. Becker, Esq., Product Developer - Operational Manager

Sleep Tech, Ltd. [seychelles]

EarthPulseâ„¢ Sleep on Commandâ„¢ The World's Only Pulsed Magnetic Sleep,

Longevity & Performance Enhancement System

Sleep Your Way to Better Health, Longer Life and Greatly Enhanced Physical &

Mental Performance

~ " Nearly all psychological, neurological and physiological

disorders including aging, are the end result of mitochondrial dysfunction;

definitely NOT the other way around. " ~ F. Becker, Esq.

http://www.earthpulsetechnologies.com

http://www.earthpulse.net (collection of thousands of PEMF studies organized by

disorder linked directly to PUBMED)

http://www.earthpulse.net/sleep-machine/sleep-machine.html

http://www.youtube.com/user/EarthPulseTechnologi

Intl. & Caribbean:+1.242.676.2324 (not domestic U.S. call)

AU:+61.86.555.8050 / CANADA:+1.778.786.3650 / U.K.:+44.131.516.8138 /

U.S.:+1.305.434.7061 / FAX:+1.772.539.8437

~ " Because chemical medicines killed my Father, I have sworn upon

the altar of God eternal hostility against every form of medical tyranny waged

upon the mind and body of man. "

~ " It is no measure of health to be

well adjusted to a profoundly sick society. " ~ J. Krishnamurti

EARTHPULSEâ„¢ IS STRICTLY A SLEEP, PERFORMANCE-ENHANCEMENT AND LONGEVITY TOOL

THAT WILL IMPROVE YOUR SLEEP, MENTAL & PHYSICAL PERFORMANCE, AND HAVE YOU

FEELING A DECADE OR TWO YOUNGER IN 90-DAYS OR YOUR MONEY-BACK:

Data contained or attached is never intended to recommend our technology as a

drug or diagnosis for any illness or disease or condition; nor a product or

therapy to eliminate disease or medical condition; nor has our technology been

evaluated by U.S. Food and Drug Administration or any governmental health

agency. Worldwide, no governmental bodies recognize a need to supplement natural

magnetic fields. Magnetic Therapy, Ltd. [bahamas] makes no medical claims about

our device and methods. EarthPulseâ„¢ is not intended to be used to diagnose,

treat, cure or prevent disease. Data in or attached to this mail is privileged

and confidential, intended solely for use and enjoyment of the individual(s) or

entity(s) named above. If reader is not intended recipient, be notified that

dissemination, distribution or copying is strictly prohibited. If you have

received this communication in error, please notify the sender by telephone or

email, and accept our apology for any inconvenience. Thank you.

On Jul 8, 2012, at 2:01 PM, Chuck wrote:

Laser stuff has been around for quite a while and is pretty much worthless.

For MPB, your best bet is Avodart to keep the hair that you have, and maybe

a regrowth stimulant. It is DHT inside the hair follicle that will make

your hair fall out. But it also caused scarring, irreparable damage.

Inflammation is another factor. But anyway, it is far far easier to prevent

further hairloss than it is to regrow or reverse the damage.

Avodart and Proscar hair count studies

http://dutasteride.org/dutasteride/dutasteride_results.htm

Minoxidil may re-grow a little hair in some people. But not much. It is

completely different from Avodart or Proscar. Minoxidil is a regrowth

stimulant. It works by boosting nitric oxide, hence the NO in miNOxidil. So

maybe some arginine would be a little helpful.

Nizoral shampoo has been shown to be a regrowth stimulant.

See here:

http://blog.pharmacymix.com/nizoral-shampoo-ketoconazole-2-can-reverse-hair-loss\

-3-references-2

And here for the most recent study with pictures:

http://www.hairsite.com/hair-loss/forum_entry-id-25116-page-0-category-0-order-l\

ast_answer.html

Some think that Nizoral works because it is an anti-androgen. But there is

plenty of reason to believe that something else is going on. So in my

opinion, the best approach for preventing hairloss in men, and maybe

regrowing a little is to take Avodart (or at least Proscar), and use

Nizoral shampoo 3 or 4 times a week. And maybe adding a little minoxidil to

the equation with give some additional regrowth for about 5 years.....if

you don't mind the hassle of putting it on every day.

On Sun, Jul 8, 2012 at 12:41 PM, <surpriseshan2@...> wrote:

> **

>

>

>

> Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of

> LLLT in Hair Loss (Man & Woman)

>

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

>

>

> Professor Andre Mester (1964)

>

> In 1964, Professor Andre Mester began experimenting with theuse of

> low-power laser energy in Budapest, Hungary. Heobserved that low energy

> laser exposure has a stimulating effect on thebiological system, while

> high-energy laser exposure had an inhibiting effect.In his experiments with

> wound treatment on mice, he noticed rapid healing dueto microcirculation of

> blood supply. This healing was also obvious in laserlight treatment of

> diabetic patients suffering with dystrophic sores. He wasamazed to find

> sores that would not otherwise heal were healed, and he alsoobserved

> accelerated hair growth and thickening of hair in the treated areas.This

> theory through its evolution has since been refined and is widely

> becomingone of the most popular non-invasive hair loss treatments. Laser

> researcher Dr.J. Layton states: ∑ **Laser Hair Therapy increases

> microcirculation ofthe hair follicle, which allows nutrients and freshly

> oxygenated blood toaccess the hair follicle with the results being a

> stimulation of the naturalhair growth cycle.**

>

>

> Dr. Trelles (1984)

>

> In 1984, Dr. Trelles showed in one study that patients withalopecia areata

> who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> Trelles reported that most of the patients with alopecia areataresponded

> well after only 6 to 8 treatments administered twice a week for acouple of

> weeks. The He-Ne laser was placed 30 centimeters from the alopeciaareata

> with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> wereused. In the same study, microscopic evaluation of the hair shaft

> structure onthe alopecia areata irradiated areas showed a clear medulla

> rich in keratinafter treatment. Daily treatments appeared to prevent

> regrowth, causing irritationwith probable increase in hair loss.

>

>

> Japan LaserTherapy Association (1992)

>

> At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

> success was reported with an increase in both hair growthand the density of

> the hair follicles in the laser treated areas of both maleand female stress

> alopecia and alopecia areata with only one failure out of 40cases reported

> in two papers.

>

>

> Laser Conference, HelsinkiFinland(1993)

>

> An unpublished study presented at Laser Conference, Helsinki, Finland1993

> shows the effect of LLLT on Androgenetic Alopecia. A

> double-blindcomparative study with placebo laser for treatment of

> Hereditary AndrogeneticAlopecia in young males was presented in Helsinki

> 1993 describing the positive effect of LLLT treatments on hair growth,stop

> of hair loss and hair shaft tensile strength.

>

> At the Helsinki Laser Conference research resultsdemonstrating the effect

> of LLLT compared to a placebo group was presented. Itwas found that hair

> re-growth was clearly shown in the laser group. In additionall patients,

> with the exception of one, in the laser-treated group showed acomplete stop

> of hair loss. All patients, except 3, showed a clear hairre-growth of hair

> with a reduction of at least one category in the Hamilton classification.

>

> Post-treatment showed the dermis with almost the same amountof hair

> follicles as pretreatment, although a number of new follicles could beseen

> with clearly noticeable hair growth. 50% of the follicles are now in

> theanagen phase (growth).

>

> When comparing the histological findings, transformationinto anagen hair

> follicles could be observed in 83% of the patients on lasertreatment but in

> none of the placebo patients. Out of 18 patients, 14 showed anincrease in

> hair thickness, and all 18 showed improvement in general hair shaftquality

> measured with the hair stretcher.

>

> The results showed no improvement in the placebo group orany adverse

> effects of the treatment.

>

>

> Prof. Pekka J. Pöntinen (1996)

>

> Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

> theoretical and practical studies onhow to apply low level laser therapy in

> the treatment of chronic, especiallymusculoskeletal and myofascial pain and

> dysfunction, vascular disturbances,wound and ulcer treatment etc.

>

> Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> Care® on scalp blood flow and published his results in 1996.

>

> The effects of hair lasers on skin blood flow were measuredon three

> different devices to establish the effect of scalp blood flow. Thehair

> lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> lasercontaining one laser transferring light via fibres and lenses to the

> patientand a laser identical to the Laser Hair Care where the lasers were

> replaced(placebo).

>

> The differences in the laser systems are illustrated by thefact that Laser

> Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> effect while the Placebo decreased flow rate by 36%. In addition,the skin

> temperatures measured before and after the treatment showed littlechange.

>

>

> European Studies (1997)

>

> In 1997 a European group of scientist‚s published their workon LLLT in the

> treatment of alopecia of the scalp. The authors tried to verifythe efficacy

> of low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided in

> two groups: A) laser group, 33 patients treated with both LLLT andclassical

> therapy; control group, 27 patients treated only with classicaltherapy,

> Before, during and after treatment, historical samples were done.

>

> For the group A the results were rather superior but in atwice shorter

> time shorter time than group B. The maintenance of the goodresults needed

> classical therapy for a long period. They conclude that LLLTtherapy could

> have a useful complementary method for the treatment of scalpalopecia.

>

> The same European group of scientist‚s published theirfindings on LLLT use

> in the treatment of alopecia and crural ulcers in 1998.The authors tried to

> verify the efficacy of LLLT in scalp alopecia and cruralulcers of different

> causes. Laser used was (red diode, continuous emission, 8mW power, wave

> length 670 nm spot size about 5 mm diameter on some points. Theyalso use as

> control classical therapy. Before, during and after treatment,histological

> samples were taken from alopecia regions. For the laser groups(alopecia and

> ulcers) the results were rather superior and in a three or twicetime

> shorter than the control group. They conclude that LLLT therapy is a

> veryuseful complementary method for the treatment of scalp alopecia and

> cruralulcers.

>

>

>

> Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men

> and women with androgenetic alopecia

>

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

>

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

>

>

[Guest guest]

avodart… hmmmm

step to the back of the line… and try again.

____________________________________________

F. Becker, Esq., Product Developer - Operational Manager

Sleep Tech, Ltd. [seychelles]

EarthPulseâ„¢ Sleep on Commandâ„¢ The World's Only Pulsed Magnetic Sleep,

Longevity & Performance Enhancement System

Sleep Your Way to Better Health, Longer Life and Greatly Enhanced Physical &

Mental Performance

~ " Nearly all psychological, neurological and physiological

disorders including aging, are the end result of mitochondrial dysfunction;

definitely NOT the other way around. " ~ F. Becker, Esq.

http://www.earthpulsetechnologies.com

http://www.earthpulse.net (collection of thousands of PEMF studies organized by

disorder linked directly to PUBMED)

http://www.earthpulse.net/sleep-machine/sleep-machine.html

http://www.youtube.com/user/EarthPulseTechnologi

Intl. & Caribbean:+1.242.676.2324 (not domestic U.S. call)

AU:+61.86.555.8050 / CANADA:+1.778.786.3650 / U.K.:+44.131.516.8138 /

U.S.:+1.305.434.7061 / FAX:+1.772.539.8437

~ " Because chemical medicines killed my Father, I have sworn upon

the altar of God eternal hostility against every form of medical tyranny waged

upon the mind and body of man. "

~ " It is no measure of health to be

well adjusted to a profoundly sick society. " ~ J. Krishnamurti

EARTHPULSEâ„¢ IS STRICTLY A SLEEP, PERFORMANCE-ENHANCEMENT AND LONGEVITY TOOL

THAT WILL IMPROVE YOUR SLEEP, MENTAL & PHYSICAL PERFORMANCE, AND HAVE YOU

FEELING A DECADE OR TWO YOUNGER IN 90-DAYS OR YOUR MONEY-BACK:

Data contained or attached is never intended to recommend our technology as a

drug or diagnosis for any illness or disease or condition; nor a product or

therapy to eliminate disease or medical condition; nor has our technology been

evaluated by U.S. Food and Drug Administration or any governmental health

agency. Worldwide, no governmental bodies recognize a need to supplement natural

magnetic fields. Magnetic Therapy, Ltd. [bahamas] makes no medical claims about

our device and methods. EarthPulseâ„¢ is not intended to be used to diagnose,

treat, cure or prevent disease. Data in or attached to this mail is privileged

and confidential, intended solely for use and enjoyment of the individual(s) or

entity(s) named above. If reader is not intended recipient, be notified that

dissemination, distribution or copying is strictly prohibited. If you have

received this communication in error, please notify the sender by telephone or

email, and accept our apology for any inconvenience. Thank you.

On Jul 8, 2012, at 2:01 PM, Chuck wrote:

Laser stuff has been around for quite a while and is pretty much worthless.

For MPB, your best bet is Avodart to keep the hair that you have, and maybe

a regrowth stimulant. It is DHT inside the hair follicle that will make

your hair fall out. But it also caused scarring, irreparable damage.

Inflammation is another factor. But anyway, it is far far easier to prevent

further hairloss than it is to regrow or reverse the damage.

Avodart and Proscar hair count studies

http://dutasteride.org/dutasteride/dutasteride_results.htm

Minoxidil may re-grow a little hair in some people. But not much. It is

completely different from Avodart or Proscar. Minoxidil is a regrowth

stimulant. It works by boosting nitric oxide, hence the NO in miNOxidil. So

maybe some arginine would be a little helpful.

Nizoral shampoo has been shown to be a regrowth stimulant.

See here:

http://blog.pharmacymix.com/nizoral-shampoo-ketoconazole-2-can-reverse-hair-loss\

-3-references-2

And here for the most recent study with pictures:

http://www.hairsite.com/hair-loss/forum_entry-id-25116-page-0-category-0-order-l\

ast_answer.html

Some think that Nizoral works because it is an anti-androgen. But there is

plenty of reason to believe that something else is going on. So in my

opinion, the best approach for preventing hairloss in men, and maybe

regrowing a little is to take Avodart (or at least Proscar), and use

Nizoral shampoo 3 or 4 times a week. And maybe adding a little minoxidil to

the equation with give some additional regrowth for about 5 years.....if

you don't mind the hassle of putting it on every day.

On Sun, Jul 8, 2012 at 12:41 PM, <surpriseshan2@...> wrote:

> **

>

>

>

> Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of

> LLLT in Hair Loss (Man & Woman)

>

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

>

>

> Professor Andre Mester (1964)

>

> In 1964, Professor Andre Mester began experimenting with theuse of

> low-power laser energy in Budapest, Hungary. Heobserved that low energy

> laser exposure has a stimulating effect on thebiological system, while

> high-energy laser exposure had an inhibiting effect.In his experiments with

> wound treatment on mice, he noticed rapid healing dueto microcirculation of

> blood supply. This healing was also obvious in laserlight treatment of

> diabetic patients suffering with dystrophic sores. He wasamazed to find

> sores that would not otherwise heal were healed, and he alsoobserved

> accelerated hair growth and thickening of hair in the treated areas.This

> theory through its evolution has since been refined and is widely

> becomingone of the most popular non-invasive hair loss treatments. Laser

> researcher Dr.J. Layton states: ∑ **Laser Hair Therapy increases

> microcirculation ofthe hair follicle, which allows nutrients and freshly

> oxygenated blood toaccess the hair follicle with the results being a

> stimulation of the naturalhair growth cycle.**

>

>

> Dr. Trelles (1984)

>

> In 1984, Dr. Trelles showed in one study that patients withalopecia areata

> who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> Trelles reported that most of the patients with alopecia areataresponded

> well after only 6 to 8 treatments administered twice a week for acouple of

> weeks. The He-Ne laser was placed 30 centimeters from the alopeciaareata

> with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> wereused. In the same study, microscopic evaluation of the hair shaft

> structure onthe alopecia areata irradiated areas showed a clear medulla

> rich in keratinafter treatment. Daily treatments appeared to prevent

> regrowth, causing irritationwith probable increase in hair loss.

>

>

> Japan LaserTherapy Association (1992)

>

> At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

> success was reported with an increase in both hair growthand the density of

> the hair follicles in the laser treated areas of both maleand female stress

> alopecia and alopecia areata with only one failure out of 40cases reported

> in two papers.

>

>

> Laser Conference, HelsinkiFinland(1993)

>

> An unpublished study presented at Laser Conference, Helsinki, Finland1993

> shows the effect of LLLT on Androgenetic Alopecia. A

> double-blindcomparative study with placebo laser for treatment of

> Hereditary AndrogeneticAlopecia in young males was presented in Helsinki

> 1993 describing the positive effect of LLLT treatments on hair growth,stop

> of hair loss and hair shaft tensile strength.

>

> At the Helsinki Laser Conference research resultsdemonstrating the effect

> of LLLT compared to a placebo group was presented. Itwas found that hair

> re-growth was clearly shown in the laser group. In additionall patients,

> with the exception of one, in the laser-treated group showed acomplete stop

> of hair loss. All patients, except 3, showed a clear hairre-growth of hair

> with a reduction of at least one category in the Hamilton classification.

>

> Post-treatment showed the dermis with almost the same amountof hair

> follicles as pretreatment, although a number of new follicles could beseen

> with clearly noticeable hair growth. 50% of the follicles are now in

> theanagen phase (growth).

>

> When comparing the histological findings, transformationinto anagen hair

> follicles could be observed in 83% of the patients on lasertreatment but in

> none of the placebo patients. Out of 18 patients, 14 showed anincrease in

> hair thickness, and all 18 showed improvement in general hair shaftquality

> measured with the hair stretcher.

>

> The results showed no improvement in the placebo group orany adverse

> effects of the treatment.

>

>

> Prof. Pekka J. Pöntinen (1996)

>

> Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

> theoretical and practical studies onhow to apply low level laser therapy in

> the treatment of chronic, especiallymusculoskeletal and myofascial pain and

> dysfunction, vascular disturbances,wound and ulcer treatment etc.

>

> Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> Care® on scalp blood flow and published his results in 1996.

>

> The effects of hair lasers on skin blood flow were measuredon three

> different devices to establish the effect of scalp blood flow. Thehair

> lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> lasercontaining one laser transferring light via fibres and lenses to the

> patientand a laser identical to the Laser Hair Care where the lasers were

> replaced(placebo).

>

> The differences in the laser systems are illustrated by thefact that Laser

> Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> effect while the Placebo decreased flow rate by 36%. In addition,the skin

> temperatures measured before and after the treatment showed littlechange.

>

>

> European Studies (1997)

>

> In 1997 a European group of scientist‚s published their workon LLLT in the

> treatment of alopecia of the scalp. The authors tried to verifythe efficacy

> of low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided in

> two groups: A) laser group, 33 patients treated with both LLLT andclassical

> therapy; control group, 27 patients treated only with classicaltherapy,

> Before, during and after treatment, historical samples were done.

>

> For the group A the results were rather superior but in atwice shorter

> time shorter time than group B. The maintenance of the goodresults needed

> classical therapy for a long period. They conclude that LLLTtherapy could

> have a useful complementary method for the treatment of scalpalopecia.

>

> The same European group of scientist‚s published theirfindings on LLLT use

> in the treatment of alopecia and crural ulcers in 1998.The authors tried to

> verify the efficacy of LLLT in scalp alopecia and cruralulcers of different

> causes. Laser used was (red diode, continuous emission, 8mW power, wave

> length 670 nm spot size about 5 mm diameter on some points. Theyalso use as

> control classical therapy. Before, during and after treatment,histological

> samples were taken from alopecia regions. For the laser groups(alopecia and

> ulcers) the results were rather superior and in a three or twicetime

> shorter than the control group. They conclude that LLLT therapy is a

> veryuseful complementary method for the treatment of scalp alopecia and

> cruralulcers.

>

>

>

> Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men

> and women with androgenetic alopecia

>

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

>

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

>

>

[Guest guest]

pemf pisses on lasers…. PERIOD. end of story. show me the comparison studies!!!

they don't exist. why? because… PEMF pisses on lasers. for ANY use.

debate me. I'M WAITING.

____________________________________________

F. Becker, Esq., Product Developer - Operational Manager

Sleep Tech, Ltd. [seychelles]

EarthPulse™ Sleep on Command™ The World's Only Pulsed Magnetic Sleep, Longevity

& Performance Enhancement System

Sleep Your Way to Better Health, Longer Life and Greatly Enhanced Physical &

Mental Performance

~ " Nearly all psychological, neurological and physiological

disorders including aging, are the end result of mitochondrial dysfunction;

definitely NOT the other way around. " ~ F. Becker, Esq.

http://www.earthpulsetechnologies.com

http://www.earthpulse.net (collection of thousands of PEMF studies organized by

disorder linked directly to PUBMED)

http://www.earthpulse.net/sleep-machine/sleep-machine.html

http://www.youtube.com/user/EarthPulseTechnologi

Intl. & Caribbean:+1.242.676.2324 (not domestic U.S. call)

AU:+61.86.555.8050 / CANADA:+1.778.786.3650 / U.K.:+44.131.516.8138 /

U.S.:+1.305.434.7061 / FAX:+1.772.539.8437

~ " Because chemical medicines killed my Father, I have sworn upon

the altar of God eternal hostility against every form of medical tyranny waged

upon the mind and body of man. "

~ " It is no measure of health to be

well adjusted to a profoundly sick society. " ~ J. Krishnamurti

EARTHPULSE™ IS STRICTLY A SLEEP, PERFORMANCE-ENHANCEMENT AND LONGEVITY TOOL THAT

WILL IMPROVE YOUR SLEEP, MENTAL & PHYSICAL PERFORMANCE, AND HAVE YOU FEELING A

DECADE OR TWO YOUNGER IN 90-DAYS OR YOUR MONEY-BACK:

Data contained or attached is never intended to recommend our technology as a

drug or diagnosis for any illness or disease or condition; nor a product or

therapy to eliminate disease or medical condition; nor has our technology been

evaluated by U.S. Food and Drug Administration or any governmental health

agency. Worldwide, no governmental bodies recognize a need to supplement natural

magnetic fields. Magnetic Therapy, Ltd. [bahamas] makes no medical claims about

our device and methods. EarthPulse™ is not intended to be used to diagnose,

treat, cure or prevent disease. Data in or attached to this mail is privileged

and confidential, intended solely for use and enjoyment of the individual(s) or

entity(s) named above. If reader is not intended recipient, be notified that

dissemination, distribution or copying is strictly prohibited. If you have

received this communication in error, please notify the sender by telephone or

email, and accept our apology for any inconvenience. Thank you.

On Jul 8, 2012, at 3:12 PM, Shan wrote:

Actually that is one of the things that I appreciate so much about some of the

frequencies that are used in lasers - no side effect. That is not to say that

lasers can just be used any which way safely and effectively - cause that is not

so. Lasers are a tool and are as effective as the person using it.

One of the ways that healing lasers heal is to stimulate damaged cells to heal

themselves - all cells have frequencies which are used to communicate and cause

biochemical reactions of many kinds - the healing frequency 635nm that I like

best is the same frequency as healthy living cells, and actually changes the

frequency of damaged and/or unbalanced cells to that of healthy living cells.

-----

The following excerpts are all from......

How does light therapy work?

http://lazrpulsr.com/files/How_does_light_therapy_work.htm

Is all light therapy the same?

By Dr. Gerry Graham, III

The mechanism of action for 635nm light:

Biological light receptors in living tissue, termed chromophores, have peak

activation at wavelengths between 600nm and 720nm. The most commonly used

wavelengths to activate these chromophores are from 630nm to 635nm. This is

because even though different chromophores have peak activation somewhere

between 600nm and 720nm, each chromophore can still be activated within a wider

wavelength spectrum. 635nm falls within the wavelength spectrum of all

biological chromophores in man and animals. This means there is no need to

utilize multiple colors of lasers to activate the different chromophores in the

body. One wavelength – 635nm – has the potential to activate every biological

photo-sensitive receptor in the body. For this reason, the LazrPulsr System have

selected only 635nm lasers for the therapy lasers.

There are three specific and unique methods the 635nm wavelength lasers of the

LazrPulsr 4X modulates tissues:

1. Within the cell, the signal is transduced and amplified by a photon acceptor

(chromophore). When a chromophore first absorbs light, electronically excited

states are stimulated, primary molecular processes are initiated which lead to

measurable biological effects. These photobiological effects are mediated

through a secondary biochemical reaction, photosignal transduction cascade, or

intracellular signaling which amplifies the biological response.

2. The ionizing effects of LLLT allow photon acceptors to accept an electron.

This turns on the oxidation-reduction cycle of the stimulated chromophores such

as Cytochrome oxidase, hemoglobin, melanin, and serotonin. Changing the re-dox

state of the chromophore changes the biological activity of that chromophore

e.g., hemoglobin changes its oxygen carrying capacity. This has the potential to

triple the oxygen carrying capacity of blood instantly.

3. When photon energy breaks a chemical bond, changes occur in the allosteric

proteins in cell membranes (cell, mitochondrial, nuclear) and monovalent and

divalent fluxes activate cell metabolism and intracellular enzymes directly.

Direct activation of cell membranes alters ion fluxes, particularly calcium,

across that membrane. Changes in intracellular calcium alter the concentrations

of cyclic nucleotides, causing an increase in DNA, RNA, and protein synthesis,

which stimulate mitosis and cellular proliferation.

When any of the above occurs, the initial biological reaction rapidly catalyzes

thousands of other chemicals similar to the calcium regulated, 2nd messenger

cAMP cascade. This biological amplification process produces systemic effects –

which means that as you are treating a wound on the left hand, the wound on your

right hand and the injury to your liver and kidney are also being treated

equally as well. So while the infrared manufactures brag about a 2 inch

penetration of their energy, true therapeutic lasers are profoundly more

advanced, producing systemic therapeutic results.

These three actions produce four separate and distinct functions that are

clearly understood in the body.

1. Growth factor production occurs within cells and tissue in response to

increased ATP and protein synthesis. This initiates mitosis and cell

proliferation by changing the cell, mitochondrial, or nuclear membranes

permeability to monovalent (Na+, K+) and divalent (Ca++, Mg++) ions (Karu 1987,

1998, 2002).

2. Pain relief results from suppression of the nociceptor response mediated by

increased serotonin and endorphin release (Sumano et al., 1987a, 1987b).

3. Immune-modulation and mitigation of the inflammatory response occur because

the mononuclear phagocytic cells, mast cells, and leukocytes are stabilized

preventing the release of harmful inflammatory mediators (Amano 1994). In

addition, vasodilatation and increased microcirculation allows a rapid return to

homeostasis and promotes first intention healing (Sumano 1987a, 1987b; Fiszerman

and Rozenbom 1995).

4. Direct trigger point stimulation allows direct release of endorphins and

other endogenous pain mediators such as serotonin, VIP, substance P,

prostaglandins, etc. (Kaada, B and Eielson O, 1983, Kaada, Olsen and

Eielson,1985).

---

Low Level visible red Laser therapy devices

Unlike the infrared devices that are only concerned about the heat that is

delivered, these lasers are very complex in their actions because they are

designed to stimulate the physiology of the body through a mechanism called

biomodulation or photobiomodulation. These principles of light or energy

medicine originated in the quantum physics of Einstein himself. He first

introduced the concept of the LASER " light amplification by stimulated emission

radiation " . He also stated that every living cell emits radiation called the

" photon emission of living cells " , or what we commonly refer to as the aura.

Albert Einstein, in 1917, proposed all living and nonliving matter represented

dynamic electromagnetic fields, which exist in an electromagnetic environment –

the universe! It took nearly 60 years for fellow physicists to begin to

comprehend Einstein's holistic worldview of quantum mechanics, and the

relationship between matter, energy and health.

Due to the low power density and the properties of the wavelength used, the true

low level therapy lasers are only capable of delivering a physiological dose of

therapy. Some consider this limited because it is dependent on the ability of

the patient to respond to care which creates less consistent and predictable

outcomes. However, when you consider that this therapy actually gives the body a

greater ability to respond you can see that it has expanded the limits of what

can be accomplish.

One of the most important aspects of a physiological dose of therapy is that it

is safe. It is safe no mater what the condition or pathology is, no matter what

medications the patient is on, no matter what the patient may be allergic to, no

matter what, a true LLLT unit will

" …DO NO HARM! "

One of the most profound physiological effects of low level therapeutic lasers

is the effect of Neuroplasticity. Neuroplasticity represents the brain's ability

to reorganize itself by forming new neural connections throughout life.

Neuroplasticity provides a way for nerve cells (neurons) in the brain to respond

and compensate for injury and disease and adjust neuronal activity in response

to a new situation or to changes in the environment.

Reorganizing the brain occurs by the mechanism of " axonal sprouting " where

damaged axons grow new nerve endings to reconnect neurons whose links were

injured or severed. Undamaged axons can also contribute new nerve endings and

connect with other undamaged nerve cells, forming new neural pathways to

accomplish a needed function. In order for neurons to reconnect or form new

connections, the neurons need active stimulation. LLLT provides one of the most

powerful stimulants for Neuroplasticity known today and it provides that

stimulation in a safe, therapeutically correct, organized manner.

Neuroplasticity, represents unlimited potential to retrain the brain after

injury. However, Neuroplasticity can also contribute to impairment. For example,

deaf individuals may suffer from continual ringing in the ears (tinnitus), which

results from faulty rewiring of the brain cells starved for sound. For

beneficial neural connections to form, neurons must be stimulated correctly.

Neuroplasticity represents a new rapidly evolving approach to healing. Given any

trauma, realizing all traumas involve the central nervous system recognizing the

trauma (consciously or subconsciously), quick response with active neuronal

stimulation, could theoretically maintain, repair, retain most CNS functions

(learning, memory, speech, emotional distress, movement, balance etc.). In

simpler terms, theoretically the proper immediate use of LLLT therapy post

trauma, especially brain trauma, could eliminate much of the neurological

disabilities common in head trauma today.

Even the simplest memory stimulates complex neural networks at several different

sites in the brain. The content (what happened) and meaning (how it felt) of an

event are laid down in separate parts of the brain. The goal of neuroplastic

therapy is to connect these sites to resolve the damaged, disjointed,

dysfunctional nervous systems.

" …The effect of LLLT on the brain is not magic, it's malleable "

As with the infrared lasers, the wavelength and power density selected for an

LLLT laser is very important, but for very different reasons. There are also a

third and fourth component that is critically important for the LLLT laser use.

One is the light source and the properties of the light itself and the other is

frequency. It is not only important for the light to be pulsed but the frequency

it is pulsed is specific to the therapeutic response desired

--------------------

blessings

Shan

>

> > **

> >

> >

> >

> > Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of

> > LLLT in Hair Loss (Man & Woman)

> >

> >

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> >

> >

> > Professor Andre Mester (1964)

> >

> > In 1964, Professor Andre Mester began experimenting with theuse of

> > low-power laser energy in Budapest, Hungary. Heobserved that low energy

> > laser exposure has a stimulating effect on thebiological system, while

> > high-energy laser exposure had an inhibiting effect.In his experiments

> > with

> > wound treatment on mice, he noticed rapid healing dueto microcirculation

> > of

> > blood supply. This healing was also obvious in laserlight treatment of

> > diabetic patients suffering with dystrophic sores. He wasamazed to find

> > sores that would not otherwise heal were healed, and he alsoobserved

> > accelerated hair growth and thickening of hair in the treated areas.This

> > theory through its evolution has since been refined and is widely

> > becomingone of the most popular non-invasive hair loss treatments. Laser

> > researcher Dr.J. Layton states: . **Laser Hair Therapy increases

> > microcirculation ofthe hair follicle, which allows nutrients and freshly

> > oxygenated blood toaccess the hair follicle with the results being a

> > stimulation of the naturalhair growth cycle.**

> >

> >

> > Dr. Trelles (1984)

> >

> > In 1984, Dr. Trelles showed in one study that patients withalopecia areata

> > who were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr.

> > Trelles reported that most of the patients with alopecia areataresponded

> > well after only 6 to 8 treatments administered twice a week for acouple of

> > weeks. The He-Ne laser was placed 30 centimeters from the alopeciaareata

> > with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> > wereused. In the same study, microscopic evaluation of the hair shaft

> > structure onthe alopecia areata irradiated areas showed a clear medulla

> > rich in keratinafter treatment. Daily treatments appeared to prevent

> > regrowth, causing irritationwith probable increase in hair loss.

> >

> >

> > Japan LaserTherapy Association (1992)

> >

> > At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

> > success was reported with an increase in both hair growthand the density

> > of

> > the hair follicles in the laser treated areas of both maleand female

> > stress

> > alopecia and alopecia areata with only one failure out of 40cases reported

> > in two papers.

> >

> >

> > Laser Conference, HelsinkiFinland(1993)

> >

> > An unpublished study presented at Laser Conference, Helsinki, Finland1993

> > shows the effect of LLLT on Androgenetic Alopecia. A

> > double-blindcomparative study with placebo laser for treatment of

> > Hereditary AndrogeneticAlopecia in young males was presented in Helsinki

> > 1993 describing the positive effect of LLLT treatments on hair growth,stop

> > of hair loss and hair shaft tensile strength.

> >

> > At the Helsinki Laser Conference research resultsdemonstrating the effect

> > of LLLT compared to a placebo group was presented. Itwas found that hair

> > re-growth was clearly shown in the laser group. In additionall patients,

> > with the exception of one, in the laser-treated group showed acomplete

> > stop

> > of hair loss. All patients, except 3, showed a clear hairre-growth of hair

> > with a reduction of at least one category in the Hamilton classification.

> >

> > Post-treatment showed the dermis with almost the same amountof hair

> > follicles as pretreatment, although a number of new follicles could beseen

> > with clearly noticeable hair growth. 50% of the follicles are now in

> > theanagen phase (growth).

> >

> > When comparing the histological findings, transformationinto anagen hair

> > follicles could be observed in 83% of the patients on lasertreatment but

> > in

> > none of the placebo patients. Out of 18 patients, 14 showed anincrease in

> > hair thickness, and all 18 showed improvement in general hair shaftquality

> > measured with the hair stretcher.

> >

> > The results showed no improvement in the placebo group orany adverse

> > effects of the treatment.

> >

> >

> > Prof. Pekka J. Pöntinen (1996)

> >

> > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

> > theoretical and practical studies onhow to apply low level laser therapy

> > in

> > the treatment of chronic, especiallymusculoskeletal and myofascial pain

> > and

> > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> >

> > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair

> > Care® on scalp blood flow and published his results in 1996.

> >

> > The effects of hair lasers on skin blood flow were measuredon three

> > different devices to establish the effect of scalp blood flow. Thehair

> > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > lasercontaining one laser transferring light via fibres and lenses to the

> > patientand a laser identical to the Laser Hair Care where the lasers were

> > replaced(placebo).

> >

> > The differences in the laser systems are illustrated by thefact that Laser

> > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no

> > effect while the Placebo decreased flow rate by 36%. In addition,the skin

> > temperatures measured before and after the treatment showed littlechange.

> >

> >

> > European Studies (1997)

> >

> > In 1997 a European group of scientist's published their workon LLLT in the

> > treatment of alopecia of the scalp. The authors tried to verifythe

> > efficacy

> > of low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided

> > in

> > two groups: A) laser group, 33 patients treated with both LLLT

> > andclassical

> > therapy; control group, 27 patients treated only with classicaltherapy,

> > Before, during and after treatment, historical samples were done.

> >

> > For the group A the results were rather superior but in atwice shorter

> > time shorter time than group B. The maintenance of the goodresults needed

> > classical therapy for a long period. They conclude that LLLTtherapy could

> > have a useful complementary method for the treatment of scalpalopecia.

> >

> > The same European group of scientist's published theirfindings on LLLT use

> > in the treatment of alopecia and crural ulcers in 1998.The authors tried

> > to

> > verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> > different

> > causes. Laser used was (red diode, continuous emission, 8mW power, wave

> > length 670 nm spot size about 5 mm diameter on some points. Theyalso use

> > as

> > control classical therapy. Before, during and after treatment,histological

> > samples were taken from alopecia regions. For the laser groups(alopecia

> > and

> > ulcers) the results were rather superior and in a three or twicetime

> > shorter than the control group. They conclude that LLLT therapy is a

> > veryuseful complementary method for the treatment of scalp alopecia and

> > cruralulcers.

> >

> >

> >

> > Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men

> > and women with androgenetic alopecia

> >

> > http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> >

> >

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> >

> >

[Guest guest]

sleep is 10 % of what this thing does…. read the column on the left. either web

site. by the time you get to the end of the first column you'll know what your

dealing with. p

____________________________________________

F. Becker, Esq., Product Developer - Operational Manager

Sleep Tech, Ltd. [seychelles]

EarthPulse™ Sleep on Command™ The World's Only Pulsed Magnetic Sleep, Longevity

& Performance Enhancement System

Sleep Your Way to Better Health, Longer Life and Greatly Enhanced Physical &

Mental Performance

~ " Nearly all psychological, neurological and physiological

disorders including aging, are the end result of mitochondrial dysfunction;

definitely NOT the other way around. " ~ F. Becker, Esq.

http://www.earthpulsetechnologies.com

http://www.earthpulse.net (collection of thousands of PEMF studies organized by

disorder linked directly to PUBMED)

http://www.earthpulse.net/sleep-machine/sleep-machine.html

http://www.youtube.com/user/EarthPulseTechnologi

Intl. & Caribbean:+1.242.676.2324 (not domestic U.S. call)

AU:+61.86.555.8050 / CANADA:+1.778.786.3650 / U.K.:+44.131.516.8138 /

U.S.:+1.305.434.7061 / FAX:+1.772.539.8437

~ " Because chemical medicines killed my Father, I have sworn upon

the altar of God eternal hostility against every form of medical tyranny waged

upon the mind and body of man. "

~ " It is no measure of health to be

well adjusted to a profoundly sick society. " ~ J. Krishnamurti

EARTHPULSE™ IS STRICTLY A SLEEP, PERFORMANCE-ENHANCEMENT AND LONGEVITY TOOL THAT

WILL IMPROVE YOUR SLEEP, MENTAL & PHYSICAL PERFORMANCE, AND HAVE YOU FEELING A

DECADE OR TWO YOUNGER IN 90-DAYS OR YOUR MONEY-BACK:

Data contained or attached is never intended to recommend our technology as a

drug or diagnosis for any illness or disease or condition; nor a product or

therapy to eliminate disease or medical condition; nor has our technology been

evaluated by U.S. Food and Drug Administration or any governmental health

agency. Worldwide, no governmental bodies recognize a need to supplement natural

magnetic fields. Magnetic Therapy, Ltd. [bahamas] makes no medical claims about

our device and methods. EarthPulse™ is not intended to be used to diagnose,

treat, cure or prevent disease. Data in or attached to this mail is privileged

and confidential, intended solely for use and enjoyment of the individual(s) or

entity(s) named above. If reader is not intended recipient, be notified that

dissemination, distribution or copying is strictly prohibited. If you have

received this communication in error, please notify the sender by telephone or

email, and accept our apology for any inconvenience. Thank you.

On Jul 8, 2012, at 3:25 PM, Shan wrote:

I am interested in your machine - and am looking into it. I very much

appreciate how important a good night sleep is to healing and health - and

quality of life.

blessings

Shan

>

>

> Normal 0 false false false MicrosoftInternetExplorer4 Reported Studies of LLLT

in Hair Loss (Man & Woman)

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

>

>

> Professor Andre Mester (1964)

>

> In 1964, Professor Andre Mester began experimenting with theuse of low-power

laser energy in Budapest, Hungary. Heobserved that low energy laser exposure has

a stimulating effect on thebiological system, while high-energy laser exposure

had an inhibiting effect.In his experiments with wound treatment on mice, he

noticed rapid healing dueto microcirculation of blood supply. This healing was

also obvious in laserlight treatment of diabetic patients suffering with

dystrophic sores. He wasamazed to find sores that would not otherwise heal were

healed, and he alsoobserved accelerated hair growth and thickening of hair in

the treated areas.This theory through its evolution has since been refined and

is widely becomingone of the most popular non-invasive hair loss treatments.

Laser researcher Dr.J. Layton states: … **Laser Hair Therapy increases

microcirculation ofthe hair follicle, which allows nutrients and freshly

oxygenated blood toaccess the hair follicle with the results being a stimulation

of the naturalhair growth cycle.**

>

>

> Dr. Trelles (1984)

>

> In 1984, Dr. Trelles showed in one study that patients withalopecia areata who

were treated with He-Ne laser 632,8 nm showed a goodresponse. Dr. Trelles

reported that most of the patients with alopecia areataresponded well after only

6 to 8 treatments administered twice a week for acouple of weeks. The He-Ne

laser was placed 30 centimeters from the alopeciaareata with dosages ranging

from 3-4 Joule per sq. cm. No fibres or lenses wereused. In the same study,

microscopic evaluation of the hair shaft structure onthe alopecia areata

irradiated areas showed a clear medulla rich in keratinafter treatment. Daily

treatments appeared to prevent regrowth, causing irritationwith probable

increase in hair loss.

>

>

> Japan LaserTherapy Association (1992)

>

> At the 4th annual Meeting of the Japan Laser TherapyAssociation in 1992,

success was reported with an increase in both hair growthand the density of the

hair follicles in the laser treated areas of both maleand female stress alopecia

and alopecia areata with only one failure out of 40cases reported in two papers.

>

>

> Laser Conference, HelsinkiFinland(1993)

>

> An unpublished study presented at Laser Conference, Helsinki, Finland1993

shows the effect of LLLT on Androgenetic Alopecia. A double-blindcomparative

study with placebo laser for treatment of Hereditary AndrogeneticAlopecia in

young males was presented in Helsinki 1993 describing the positive effect of

LLLT treatments on hair growth,stop of hair loss and hair shaft tensile

strength.

>

> At the Helsinki Laser Conference research resultsdemonstrating the effect of

LLLT compared to a placebo group was presented. Itwas found that hair re-growth

was clearly shown in the laser group. In additionall patients, with the

exception of one, in the laser-treated group showed acomplete stop of hair loss.

All patients, except 3, showed a clear hairre-growth of hair with a reduction of

at least one category in the Hamilton classification.

>

> Post-treatment showed the dermis with almost the same amountof hair follicles

as pretreatment, although a number of new follicles could beseen with clearly

noticeable hair growth. 50% of the follicles are now in theanagen phase

(growth).

>

> When comparing the histological findings, transformationinto anagen hair

follicles could be observed in 83% of the patients on lasertreatment but in none

of the placebo patients. Out of 18 patients, 14 showed anincrease in hair

thickness, and all 18 showed improvement in general hair shaftquality measured

with the hair stretcher.

>

> The results showed no improvement in the placebo group orany adverse effects

of the treatment.

>

>

> Prof. Pekka J. Pöntinen (1996)

>

> Professor Pöntinen is one of the pioneers of LLLT in Scandinavia thorough

theoretical and practical studies onhow to apply low level laser therapy in the

treatment of chronic, especiallymusculoskeletal and myofascial pain and

dysfunction, vascular disturbances,wound and ulcer treatment etc.

>

> Prof. Pekka J. Pöntinen established the beneficial effect ofLaser Hair Care®

on scalp blood flow and published his results in 1996.

>

> The effects of hair lasers on skin blood flow were measuredon three different

devices to establish the effect of scalp blood flow. Thehair lasers used were

Laser Hair Care (670 nm ), a He-Ne (632.8 nm ) lasercontaining one laser

transferring light via fibres and lenses to the patientand a laser identical to

the Laser Hair Care where the lasers were replaced(placebo).

>

> The differences in the laser systems are illustrated by thefact that Laser

Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser had no effect

while the Placebo decreased flow rate by 36%. In addition,the skin temperatures

measured before and after the treatment showed littlechange.

>

>

> European Studies (1997)

>

> In 1997 a European group of scientist's published their workon LLLT in the

treatment of alopecia of the scalp. The authors tried to verifythe efficacy of

low energy laser (LLLT) in scalp alopecia. Sixty patients weredivided in two

groups: A) laser group, 33 patients treated with both LLLT andclassical therapy;

control group, 27 patients treated only with classicaltherapy, Before, during

and after treatment, historical samples were done.

>

> For the group A the results were rather superior but in atwice shorter time

shorter time than group B. The maintenance of the goodresults needed classical

therapy for a long period. They conclude that LLLTtherapy could have a useful

complementary method for the treatment of scalpalopecia.

>

> The same European group of scientist's published theirfindings on LLLT use in

the treatment of alopecia and crural ulcers in 1998.The authors tried to verify

the efficacy of LLLT in scalp alopecia and cruralulcers of different causes.

Laser used was (red diode, continuous emission, 8mW power, wave length 670 nm

spot size about 5 mm diameter on some points. Theyalso use as control classical

therapy. Before, during and after treatment,histological samples were taken from

alopecia regions. For the laser groups(alopecia and ulcers) the results were

rather superior and in a three or twicetime shorter than the control group. They

conclude that LLLT therapy is a veryuseful complementary method for the

treatment of scalp alopecia and cruralulcers.

>

>

>

> Study: Long-term (1-year) experiencewith LDS 100 in the treatment of men and

women with androgenetic alopecia

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

>

>

[Guest guest]

Don't know what url you used but it was sure not the one that is I posted.

Try again http://www.corporacioncapilar.es/LDS100.pdf

blessings

Shan

> > > > >

> > > > > > **

> > > >

> > > > > >

> > > > > >

> > > > > >

> > > > > > Normal 0 false false false MicrosoftInternetExplorer4 Reported

> > Studies

> > > > of

> > > > > > LLLT in Hair Loss (Man & Woman)

> > > > > >

> > > > > >

> > > >

> >

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> > > > > >

> > > > > >

> > > > > > Professor Andre Mester (1964)

> > > > > >

> > > > > > In 1964, Professor Andre Mester began experimenting with theuse of

> > > > > > low-power laser energy in Budapest, Hungary. Heobserved that low

> > energy

> > > > > > laser exposure has a stimulating effect on thebiological system,

> > while

> > > > > > high-energy laser exposure had an inhibiting effect.In his

> > experiments

> > > > with

> > > > > > wound treatment on mice, he noticed rapid healing dueto

> > > > microcirculation of

> > > > > > blood supply. This healing was also obvious in laserlight

> > treatment of

> > > > > > diabetic patients suffering with dystrophic sores. He wasamazed to

> > find

> > > > > > sores that would not otherwise heal were healed, and he

> > alsoobserved

> > > > > > accelerated hair growth and thickening of hair in the treated

> > > > areas.This

> > > > > > theory through its evolution has since been refined and is widely

> > > > > > becomingone of the most popular non-invasive hair loss treatments.

> > > > Laser

> > > > > > researcher Dr.J. Layton states: … **Laser Hair Therapy

> > increases

> > > > > > microcirculation ofthe hair follicle, which allows nutrients and

> > > > freshly

> > > > > > oxygenated blood toaccess the hair follicle with the results being

> > a

> > > > > > stimulation of the naturalhair growth cycle.**

> > > > > >

> > > > > >

> > > > > > Dr. Trelles (1984)

> > > > > >

> > > > > > In 1984, Dr. Trelles showed in one study that patients withalopecia

> > > > areata

> > > > > > who were treated with He-Ne laser 632,8 nm showed a goodresponse.

> > Dr.

> > > > > > Trelles reported that most of the patients with alopecia

> > > > areataresponded

> > > > > > well after only 6 to 8 treatments administered twice a week for

> > > > acouple of

> > > > > > weeks. The He-Ne laser was placed 30 centimeters from the

> > > > alopeciaareata

> > > > > > with dosages ranging from 3-4 Joule per sq. cm. No fibres or lenses

> > > > > > wereused. In the same study, microscopic evaluation of the hair

> > shaft

> > > > > > structure onthe alopecia areata irradiated areas showed a clear

> > medulla

> > > > > > rich in keratinafter treatment. Daily treatments appeared to

> > prevent

> > > > > > regrowth, causing irritationwith probable increase in hair loss.

> > > > > >

> > > > > >

> > > > > > Japan LaserTherapy Association (1992)

> > > > > >

> > > > > > At the 4th annual Meeting of the Japan Laser TherapyAssociation in

> > > > 1992,

> > > > > > success was reported with an increase in both hair growthand the

> > > > density of

> > > > > > the hair follicles in the laser treated areas of both maleand

> > female

> > > > stress

> > > > > > alopecia and alopecia areata with only one failure out of 40cases

> > > > reported

> > > > > > in two papers.

> > > > > >

> > > > > >

> > > > > > Laser Conference, HelsinkiFinland(1993)

> > > > > >

> > > > > > An unpublished study presented at Laser Conference, Helsinki,

> > > > Finland1993

> > > > > > shows the effect of LLLT on Androgenetic Alopecia. A

> > > > > > double-blindcomparative study with placebo laser for treatment of

> > > > > > Hereditary AndrogeneticAlopecia in young males was presented in

> > > > Helsinki

> > > > > > 1993 describing the positive effect of LLLT treatments on hair

> > > > growth,stop

> > > > > > of hair loss and hair shaft tensile strength.

> > > > > >

> > > > > > At the Helsinki Laser Conference research resultsdemonstrating the

> > > > effect

> > > > > > of LLLT compared to a placebo group was presented. Itwas found that

> > > > hair

> > > > > > re-growth was clearly shown in the laser group. In additionall

> > > > patients,

> > > > > > with the exception of one, in the laser-treated group showed

> > acomplete

> > > > stop

> > > > > > of hair loss. All patients, except 3, showed a clear hairre-growth

> > of

> > > > hair

> > > > > > with a reduction of at least one category in the Hamilton

> > > > classification.

> > > > > >

> > > > > > Post-treatment showed the dermis with almost the same amountof hair

> > > > > > follicles as pretreatment, although a number of new follicles could

> > > > beseen

> > > > > > with clearly noticeable hair growth. 50% of the follicles are now

> > in

> > > > > > theanagen phase (growth).

> > > > > >

> > > > > > When comparing the histological findings, transformationinto anagen

> > > > hair

> > > > > > follicles could be observed in 83% of the patients on

> > lasertreatment

> > > > but in

> > > > > > none of the placebo patients. Out of 18 patients, 14 showed

> > anincrease

> > > > in

> > > > > > hair thickness, and all 18 showed improvement in general hair

> > > > shaftquality

> > > > > > measured with the hair stretcher.

> > > > > >

> > > > > > The results showed no improvement in the placebo group orany

> > adverse

> > > > > > effects of the treatment.

> > > > > >

> > > > > >

> > > > > > Prof. Pekka J. Pöntinen (1996)

> > > > > >

> > > > > > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia

> > > > thorough

> > > > > > theoretical and practical studies onhow to apply low level laser

> > > > therapy in

> > > > > > the treatment of chronic, especiallymusculoskeletal and myofascial

> > > > pain and

> > > > > > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> > > > > >

> > > > > > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser

> > Hair

> > > > > > Care® on scalp blood flow and published his results in 1996.

> > > > > >

> > > > > > The effects of hair lasers on skin blood flow were measuredon three

> > > > > > different devices to establish the effect of scalp blood flow.

> > Thehair

> > > > > > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > > > > > lasercontaining one laser transferring light via fibres and lenses

> > to

> > > > the

> > > > > > patientand a laser identical to the Laser Hair Care where the

> > lasers

> > > > were

> > > > > > replaced(placebo).

> > > > > >

> > > > > > The differences in the laser systems are illustrated by thefact

> > that

> > > > Laser

> > > > > > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser

> > had no

> > > > > > effect while the Placebo decreased flow rate by 36%. In

> > addition,the

> > > > skin

> > > > > > temperatures measured before and after the treatment showed

> > > > littlechange.

> > > > > >

> > > > > >

> > > > > > European Studies (1997)

> > > > > >

> > > > > > In 1997 a European group of scientist's published their workon

> > LLLT in

> > > > the

> > > > > > treatment of alopecia of the scalp. The authors tried to verifythe

> > > > efficacy

> > > > > > of low energy laser (LLLT) in scalp alopecia. Sixty patients

> > > > weredivided in

> > > > > > two groups: A) laser group, 33 patients treated with both LLLT

> > > > andclassical

> > > > > > therapy; control group, 27 patients treated only with

> > > > classicaltherapy,

> > > > > > Before, during and after treatment, historical samples were done.

> > > > > >

> > > > > > For the group A the results were rather superior but in atwice

> > shorter

> > > > > > time shorter time than group B. The maintenance of the goodresults

> > > > needed

> > > > > > classical therapy for a long period. They conclude that LLLTtherapy

> > > > could

> > > > > > have a useful complementary method for the treatment of

> > scalpalopecia.

> > > > > >

> > > > > > The same European group of scientist's published theirfindings on

> > LLLT

> > > > use

> > > > > > in the treatment of alopecia and crural ulcers in 1998.The authors

> > > > tried to

> > > > > > verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> > > > different

> > > > > > causes. Laser used was (red diode, continuous emission, 8mW power,

> > wave

> > > > > > length 670 nm spot size about 5 mm diameter on some points.

> > Theyalso

> > > > use as

> > > > > > control classical therapy. Before, during and after

> > > > treatment,histological

> > > > > > samples were taken from alopecia regions. For the laser

> > > > groups(alopecia and

> > > > > > ulcers) the results were rather superior and in a three or

> > twicetime

> > > > > > shorter than the control group. They conclude that LLLT therapy is

> > a

> > > > > > veryuseful complementary method for the treatment of scalp

> > alopecia and

> > > > > > cruralulcers.

> > > > > >

> > > > > >

> > > > > >

> > > > > > Study: Long-term (1-year) experiencewith LDS 100 in the treatment

> > of

> > > > men

> > > > > > and women with androgenetic alopecia

> > > > > >

> > > > > >

> > > >

> > http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> > > > > >

> > > > > >

> > > >

> >

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> > > > > >

> > > > > >

[Guest guest]

Oh and you did not answer my question ............

>>>What do you mean by " patient self-assessment " ?

I wondered if you would ........... or even.......... could.

You sounded as if somebody put words in your mouth...........

Shan

> > > > > >

> > > > > > > **

> > > > >

> > > > > > >

> > > > > > >

> > > > > > >

> > > > > > > Normal 0 false false false MicrosoftInternetExplorer4 Reported

> > > Studies

> > > > > of

> > > > > > > LLLT in Hair Loss (Man & Woman)

> > > > > > >

> > > > > > >

> > > > >

> > >

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> > > > > > >

> > > > > > >

> > > > > > > Professor Andre Mester (1964)

> > > > > > >

> > > > > > > In 1964, Professor Andre Mester began experimenting with theuse of

> > > > > > > low-power laser energy in Budapest, Hungary. Heobserved that low

> > > energy

> > > > > > > laser exposure has a stimulating effect on thebiological system,

> > > while

> > > > > > > high-energy laser exposure had an inhibiting effect.In his

> > > experiments

> > > > > with

> > > > > > > wound treatment on mice, he noticed rapid healing dueto

> > > > > microcirculation of

> > > > > > > blood supply. This healing was also obvious in laserlight

> > > treatment of

> > > > > > > diabetic patients suffering with dystrophic sores. He wasamazed to

> > > find

> > > > > > > sores that would not otherwise heal were healed, and he

> > > alsoobserved

> > > > > > > accelerated hair growth and thickening of hair in the treated

> > > > > areas.This

> > > > > > > theory through its evolution has since been refined and is widely

> > > > > > > becomingone of the most popular non-invasive hair loss treatments.

> > > > > Laser

> > > > > > > researcher Dr.J. Layton states: … **Laser Hair Therapy

> > > increases

> > > > > > > microcirculation ofthe hair follicle, which allows nutrients and

> > > > > freshly

> > > > > > > oxygenated blood toaccess the hair follicle with the results being

> > > a

> > > > > > > stimulation of the naturalhair growth cycle.**

> > > > > > >

> > > > > > >

> > > > > > > Dr. Trelles (1984)

> > > > > > >

> > > > > > > In 1984, Dr. Trelles showed in one study that patients

withalopecia

> > > > > areata

> > > > > > > who were treated with He-Ne laser 632,8 nm showed a goodresponse.

> > > Dr.

> > > > > > > Trelles reported that most of the patients with alopecia

> > > > > areataresponded

> > > > > > > well after only 6 to 8 treatments administered twice a week for

> > > > > acouple of

> > > > > > > weeks. The He-Ne laser was placed 30 centimeters from the

> > > > > alopeciaareata

> > > > > > > with dosages ranging from 3-4 Joule per sq. cm. No fibres or

lenses

> > > > > > > wereused. In the same study, microscopic evaluation of the hair

> > > shaft

> > > > > > > structure onthe alopecia areata irradiated areas showed a clear

> > > medulla

> > > > > > > rich in keratinafter treatment. Daily treatments appeared to

> > > prevent

> > > > > > > regrowth, causing irritationwith probable increase in hair loss.

> > > > > > >

> > > > > > >

> > > > > > > Japan LaserTherapy Association (1992)

> > > > > > >

> > > > > > > At the 4th annual Meeting of the Japan Laser TherapyAssociation in

> > > > > 1992,

> > > > > > > success was reported with an increase in both hair growthand the

> > > > > density of

> > > > > > > the hair follicles in the laser treated areas of both maleand

> > > female

> > > > > stress

> > > > > > > alopecia and alopecia areata with only one failure out of 40cases

> > > > > reported

> > > > > > > in two papers.

> > > > > > >

> > > > > > >

> > > > > > > Laser Conference, HelsinkiFinland(1993)

> > > > > > >

> > > > > > > An unpublished study presented at Laser Conference, Helsinki,

> > > > > Finland1993

> > > > > > > shows the effect of LLLT on Androgenetic Alopecia. A

> > > > > > > double-blindcomparative study with placebo laser for treatment of

> > > > > > > Hereditary AndrogeneticAlopecia in young males was presented in

> > > > > Helsinki

> > > > > > > 1993 describing the positive effect of LLLT treatments on hair

> > > > > growth,stop

> > > > > > > of hair loss and hair shaft tensile strength.

> > > > > > >

> > > > > > > At the Helsinki Laser Conference research resultsdemonstrating the

> > > > > effect

> > > > > > > of LLLT compared to a placebo group was presented. Itwas found

that

> > > > > hair

> > > > > > > re-growth was clearly shown in the laser group. In additionall

> > > > > patients,

> > > > > > > with the exception of one, in the laser-treated group showed

> > > acomplete

> > > > > stop

> > > > > > > of hair loss. All patients, except 3, showed a clear hairre-growth

> > > of

> > > > > hair

> > > > > > > with a reduction of at least one category in the Hamilton

> > > > > classification.

> > > > > > >

> > > > > > > Post-treatment showed the dermis with almost the same amountof

hair

> > > > > > > follicles as pretreatment, although a number of new follicles

could

> > > > > beseen

> > > > > > > with clearly noticeable hair growth. 50% of the follicles are now

> > > in

> > > > > > > theanagen phase (growth).

> > > > > > >

> > > > > > > When comparing the histological findings, transformationinto

anagen

> > > > > hair

> > > > > > > follicles could be observed in 83% of the patients on

> > > lasertreatment

> > > > > but in

> > > > > > > none of the placebo patients. Out of 18 patients, 14 showed

> > > anincrease

> > > > > in

> > > > > > > hair thickness, and all 18 showed improvement in general hair

> > > > > shaftquality

> > > > > > > measured with the hair stretcher.

> > > > > > >

> > > > > > > The results showed no improvement in the placebo group orany

> > > adverse

> > > > > > > effects of the treatment.

> > > > > > >

> > > > > > >

> > > > > > > Prof. Pekka J. Pöntinen (1996)

> > > > > > >

> > > > > > > Professor Pöntinen is one of the pioneers of LLLT in Scandinavia

> > > > > thorough

> > > > > > > theoretical and practical studies onhow to apply low level laser

> > > > > therapy in

> > > > > > > the treatment of chronic, especiallymusculoskeletal and myofascial

> > > > > pain and

> > > > > > > dysfunction, vascular disturbances,wound and ulcer treatment etc.

> > > > > > >

> > > > > > > Prof. Pekka J. Pöntinen established the beneficial effect ofLaser

> > > Hair

> > > > > > > Care® on scalp blood flow and published his results in 1996.

> > > > > > >

> > > > > > > The effects of hair lasers on skin blood flow were measuredon

three

> > > > > > > different devices to establish the effect of scalp blood flow.

> > > Thehair

> > > > > > > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > > > > > > lasercontaining one laser transferring light via fibres and lenses

> > > to

> > > > > the

> > > > > > > patientand a laser identical to the Laser Hair Care where the

> > > lasers

> > > > > were

> > > > > > > replaced(placebo).

> > > > > > >

> > > > > > > The differences in the laser systems are illustrated by thefact

> > > that

> > > > > Laser

> > > > > > > Hair Care increased scalp blood flow by 54%. The He-Ne hairlaser

> > > had no

> > > > > > > effect while the Placebo decreased flow rate by 36%. In

> > > addition,the

> > > > > skin

> > > > > > > temperatures measured before and after the treatment showed

> > > > > littlechange.

> > > > > > >

> > > > > > >

> > > > > > > European Studies (1997)

> > > > > > >

> > > > > > > In 1997 a European group of scientist's published their workon

> > > LLLT in

> > > > > the

> > > > > > > treatment of alopecia of the scalp. The authors tried to verifythe

> > > > > efficacy

> > > > > > > of low energy laser (LLLT) in scalp alopecia. Sixty patients

> > > > > weredivided in

> > > > > > > two groups: A) laser group, 33 patients treated with both LLLT

> > > > > andclassical

> > > > > > > therapy; control group, 27 patients treated only with

> > > > > classicaltherapy,

> > > > > > > Before, during and after treatment, historical samples were done.

> > > > > > >

> > > > > > > For the group A the results were rather superior but in atwice

> > > shorter

> > > > > > > time shorter time than group B. The maintenance of the goodresults

> > > > > needed

> > > > > > > classical therapy for a long period. They conclude that

LLLTtherapy

> > > > > could

> > > > > > > have a useful complementary method for the treatment of

> > > scalpalopecia.

> > > > > > >

> > > > > > > The same European group of scientist's published theirfindings on

> > > LLLT

> > > > > use

> > > > > > > in the treatment of alopecia and crural ulcers in 1998.The authors

> > > > > tried to

> > > > > > > verify the efficacy of LLLT in scalp alopecia and cruralulcers of

> > > > > different

> > > > > > > causes. Laser used was (red diode, continuous emission, 8mW power,

> > > wave

> > > > > > > length 670 nm spot size about 5 mm diameter on some points.

> > > Theyalso

> > > > > use as

> > > > > > > control classical therapy. Before, during and after

> > > > > treatment,histological

> > > > > > > samples were taken from alopecia regions. For the laser

> > > > > groups(alopecia and

> > > > > > > ulcers) the results were rather superior and in a three or

> > > twicetime

> > > > > > > shorter than the control group. They conclude that LLLT therapy is

> > > a

> > > > > > > veryuseful complementary method for the treatment of scalp

> > > alopecia and

> > > > > > > cruralulcers.

> > > > > > >

> > > > > > >

> > > > > > >

> > > > > > > Study: Long-term (1-year) experiencewith LDS 100 in the treatment

> > > of

> > > > > men

> > > > > > > and women with androgenetic alopecia

> > > > > > >

> > > > > > >

> > > > >

> > >

http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> > > > > > >

> > > > > > >

> > > > >

> > >

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> > > > > > >

> > > > > > >

[Guest guest]

[shan said: " Don't know what url you used but it was sure not the one that

is I posted. Try again http://www.corporacioncapilar.es/LDS100.pdf " ]

That one. The link that you just posted. I clicked on it. And then just to

be sure, I copied and pasted it into my browser.

http://www.corporacioncapilar.es/LDS100.pdf I have attached screenshots

below. The website that the expired page takes me to is here:

http://www.corporacioncapilar.es/

The link to that study was posted here in 2006 on hairlosshelp.com...

September of 2006.

http://www.hairlosshelp.com/forums/messageview.cfm?catid=10 & threadid=61735 & START\

PAGE=5 & FTVAR_FORUMVIEWTMP=Linear

Shan, I did not mean to be rude by suggesting that your evidence was not

very compelling. But I spent a few years, literally, researching these

things for myself. Here is a post of mine from 10 years ago at Hairsite:

http://www.hairsite8.com/m626dutas38/_disc626/0000013e.htm And I had

already been there for quite some time when this was posted.

So maybe laser does help a little. From what I remember it is suppose to

improve the quality of hair. But results, at least in those days, were

minimal, if any. And I suspect that the study that you posted was done by a

company who had a a financial interest in promoting it and who would stand

to profit from the sale of Laser systems.

Again, I was one of those frustrated people who looked at all of the

treatments, copper binding peptides, spironolactone, shampoos and a host of

other treatments. There has always been a lot of hype about treatments that

turned out to be much less than stellar.

The only thing that has truly helped me is taking a 5ar inhibitor and maybe

Nizoral or nano shampoo.

On Sun, Jul 8, 2012 at 6:14 PM, Shan <surpriseshan2@...> wrote:

> **

>

>

> Don't know what url you used but it was sure not the one that is I posted.

> Try again http://www.corporacioncapilar.es/LDS100.pdf

>

> blessings

> Shan

>

>

> > > > > >

> > > > > > > **

> > > > >

> > > > > > >

> > > > > > >

> > > > > > >

> > > > > > > Normal 0 false false false MicrosoftInternetExplorer4 Reported

> > > Studies

> > > > > of

> > > > > > > LLLT in Hair Loss (Man & Woman)

> > > > > > >

> > > > > > >

> > > > >

> > >

>

http://www.manegain.com/3%20-%20Reported%20Studies%20of%20LLLT%20in%20Hair%20Los\

s.pdf

> > > > > > >

> > > > > > >

> > > > > > > Professor Andre Mester (1964)

> > > > > > >

> > > > > > > In 1964, Professor Andre Mester began experimenting with

> theuse of

> > > > > > > low-power laser energy in Budapest, Hungary. Heobserved that

> low

> > > energy

> > > > > > > laser exposure has a stimulating effect on thebiological

> system,

> > > while

> > > > > > > high-energy laser exposure had an inhibiting effect.In his

> > > experiments

> > > > > with

> > > > > > > wound treatment on mice, he noticed rapid healing dueto

> > > > > microcirculation of

> > > > > > > blood supply. This healing was also obvious in laserlight

> > > treatment of

> > > > > > > diabetic patients suffering with dystrophic sores. He

> wasamazed to

> > > find

> > > > > > > sores that would not otherwise heal were healed, and he

> > > alsoobserved

> > > > > > > accelerated hair growth and thickening of hair in the treated

> > > > > areas.This

> > > > > > > theory through its evolution has since been refined and is

> widely

> > > > > > > becomingone of the most popular non-invasive hair loss

> treatments.

> > > > > Laser

> > > > > > > researcher Dr.J. Layton states: … **Laser Hair Therapy

> > > increases

> > > > > > > microcirculation ofthe hair follicle, which allows nutrients

> and

> > > > > freshly

> > > > > > > oxygenated blood toaccess the hair follicle with the results

> being

> > > a

> > > > > > > stimulation of the naturalhair growth cycle.**

> > > > > > >

> > > > > > >

> > > > > > > Dr. Trelles (1984)

> > > > > > >

> > > > > > > In 1984, Dr. Trelles showed in one study that patients

> withalopecia

> > > > > areata

> > > > > > > who were treated with He-Ne laser 632,8 nm showed a

> goodresponse.

> > > Dr.

> > > > > > > Trelles reported that most of the patients with alopecia

> > > > > areataresponded

> > > > > > > well after only 6 to 8 treatments administered twice a week for

> > > > > acouple of

> > > > > > > weeks. The He-Ne laser was placed 30 centimeters from the

> > > > > alopeciaareata

> > > > > > > with dosages ranging from 3-4 Joule per sq. cm. No fibres or

> lenses

> > > > > > > wereused. In the same study, microscopic evaluation of the hair

> > > shaft

> > > > > > > structure onthe alopecia areata irradiated areas showed a clear

> > > medulla

> > > > > > > rich in keratinafter treatment. Daily treatments appeared to

> > > prevent

> > > > > > > regrowth, causing irritationwith probable increase in hair

> loss.

> > > > > > >

> > > > > > >

> > > > > > > Japan LaserTherapy Association (1992)

> > > > > > >

> > > > > > > At the 4th annual Meeting of the Japan Laser

> TherapyAssociation in

> > > > > 1992,

> > > > > > > success was reported with an increase in both hair growthand

> the

> > > > > density of

> > > > > > > the hair follicles in the laser treated areas of both maleand

> > > female

> > > > > stress

> > > > > > > alopecia and alopecia areata with only one failure out of

> 40cases

> > > > > reported

> > > > > > > in two papers.

> > > > > > >

> > > > > > >

> > > > > > > Laser Conference, HelsinkiFinland(1993)

> > > > > > >

> > > > > > > An unpublished study presented at Laser Conference, Helsinki,

> > > > > Finland1993

> > > > > > > shows the effect of LLLT on Androgenetic Alopecia. A

> > > > > > > double-blindcomparative study with placebo laser for treatment

> of

> > > > > > > Hereditary AndrogeneticAlopecia in young males was presented in

> > > > > Helsinki

> > > > > > > 1993 describing the positive effect of LLLT treatments on hair

> > > > > growth,stop

> > > > > > > of hair loss and hair shaft tensile strength.

> > > > > > >

> > > > > > > At the Helsinki Laser Conference research resultsdemonstrating

> the

> > > > > effect

> > > > > > > of LLLT compared to a placebo group was presented. Itwas found

> that

> > > > > hair

> > > > > > > re-growth was clearly shown in the laser group. In additionall

> > > > > patients,

> > > > > > > with the exception of one, in the laser-treated group showed

> > > acomplete

> > > > > stop

> > > > > > > of hair loss. All patients, except 3, showed a clear

> hairre-growth

> > > of

> > > > > hair

> > > > > > > with a reduction of at least one category in the Hamilton

> > > > > classification.

> > > > > > >

> > > > > > > Post-treatment showed the dermis with almost the same amountof

> hair

> > > > > > > follicles as pretreatment, although a number of new follicles

> could

> > > > > beseen

> > > > > > > with clearly noticeable hair growth. 50% of the follicles are

> now

> > > in

> > > > > > > theanagen phase (growth).

> > > > > > >

> > > > > > > When comparing the histological findings, transformationinto

> anagen

> > > > > hair

> > > > > > > follicles could be observed in 83% of the patients on

> > > lasertreatment

> > > > > but in

> > > > > > > none of the placebo patients. Out of 18 patients, 14 showed

> > > anincrease

> > > > > in

> > > > > > > hair thickness, and all 18 showed improvement in general hair

> > > > > shaftquality

> > > > > > > measured with the hair stretcher.

> > > > > > >

> > > > > > > The results showed no improvement in the placebo group orany

> > > adverse

> > > > > > > effects of the treatment.

> > > > > > >

> > > > > > >

> > > > > > > Prof. Pekka J. Pöntinen (1996)

> > > > > > >

> > > > > > > Professor Pöntinen is one of the pioneers of LLLT in

> Scandinavia

> > > > > thorough

> > > > > > > theoretical and practical studies onhow to apply low level

> laser

> > > > > therapy in

> > > > > > > the treatment of chronic, especiallymusculoskeletal and

> myofascial

> > > > > pain and

> > > > > > > dysfunction, vascular disturbances,wound and ulcer treatment

> etc.

> > > > > > >

> > > > > > > Prof. Pekka J. Pöntinen established the beneficial effect

> ofLaser

> > > Hair

> > > > > > > Care® on scalp blood flow and published his results in 1996.

> > > > > > >

> > > > > > > The effects of hair lasers on skin blood flow were measuredon

> three

> > > > > > > different devices to establish the effect of scalp blood flow.

> > > Thehair

> > > > > > > lasers used were Laser Hair Care (670 nm ), a He-Ne (632.8 nm )

> > > > > > > lasercontaining one laser transferring light via fibres and

> lenses

> > > to

> > > > > the

> > > > > > > patientand a laser identical to the Laser Hair Care where the

> > > lasers

> > > > > were

> > > > > > > replaced(placebo).

> > > > > > >

> > > > > > > The differences in the laser systems are illustrated by thefact

> > > that

> > > > > Laser

> > > > > > > Hair Care increased scalp blood flow by 54%. The He-Ne

> hairlaser

> > > had no

> > > > > > > effect while the Placebo decreased flow rate by 36%. In

> > > addition,the

> > > > > skin

> > > > > > > temperatures measured before and after the treatment showed

> > > > > littlechange.

> > > > > > >

> > > > > > >

> > > > > > > European Studies (1997)

> > > > > > >

> > > > > > > In 1997 a European group of scientist's published their workon

> > > LLLT in

> > > > > the

> > > > > > > treatment of alopecia of the scalp. The authors tried to

> verifythe

> > > > > efficacy

> > > > > > > of low energy laser (LLLT) in scalp alopecia. Sixty patients

> > > > > weredivided in

> > > > > > > two groups: A) laser group, 33 patients treated with both LLLT

> > > > > andclassical

> > > > > > > therapy; control group, 27 patients treated only with

> > > > > classicaltherapy,

> > > > > > > Before, during and after treatment, historical samples were

> done.

> > > > > > >

> > > > > > > For the group A the results were rather superior but in atwice

> > > shorter

> > > > > > > time shorter time than group B. The maintenance of the

> goodresults

> > > > > needed

> > > > > > > classical therapy for a long period. They conclude that

> LLLTtherapy

> > > > > could

> > > > > > > have a useful complementary method for the treatment of

> > > scalpalopecia.

> > > > > > >

> > > > > > > The same European group of scientist's published theirfindings

> on

> > > LLLT

> > > > > use

> > > > > > > in the treatment of alopecia and crural ulcers in 1998.The

> authors

> > > > > tried to

> > > > > > > verify the efficacy of LLLT in scalp alopecia and cruralulcers

> of

> > > > > different

> > > > > > > causes. Laser used was (red diode, continuous emission, 8mW

> power,

> > > wave

> > > > > > > length 670 nm spot size about 5 mm diameter on some points.

> > > Theyalso

> > > > > use as

> > > > > > > control classical therapy. Before, during and after

> > > > > treatment,histological

> > > > > > > samples were taken from alopecia regions. For the laser

> > > > > groups(alopecia and

> > > > > > > ulcers) the results were rather superior and in a three or

> > > twicetime

> > > > > > > shorter than the control group. They conclude that LLLT

> therapy is

> > > a

> > > > > > > veryuseful complementary method for the treatment of scalp

> > > alopecia and

> > > > > > > cruralulcers.

> > > > > > >

> > > > > > >

> > > > > > >

> > > > > > > Study: Long-term (1-year) experiencewith LDS 100 in the

> treatment

> > > of

> > > > > men

> > > > > > > and women with androgenetic alopecia

> > > > > > >

> > > > > > >

> > > > >

> > >

> http://www.regrowth.com/lowlevellasertherapy/lds100-androgeneticalopecia.cfm

> > > > > > >

> > > > > > >

> > > > >

> > >

>

http://www.overmachogrande.com/index.php?/omg/studies/long_term_1_year_results_o\

f_lllt/

> > > > > > >

> > > > > > >