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Re: why gallstones and thryoid is interlinked---fyi

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Tina,

You can read also the story of Chang,

www.sensiblehealth.com

Having fat liver and big calcified gallstone I take daily

gold coin grass and periodically curcuma and coptis. Also 3

gm vit.C daily. Symptoms are relieved, results ... will be

expected after a year.

Best of luck.

Simeon

Öèòàò íà ïèñìî îò tina83862 <tina83862@...>:

> Textbook of Endocrinology 9th ed. page 402

> Thyroidal T4 must be converted to T3 to produce its

> effects. This

> conversion may take place in the liver, kidney and

> thyroid catalyzed

> by either the propylthiouracil-sensitive iodothyronine

> 5'-deiodinase

> or the propylthiouracil-insensitive 5'-deiodinase

>

>

> Endocrinology 5th edition 1999 by Mac Hadley (Pre-Med

> Text) page 324

> The active form of thyroid hormone, triiodothyronine

> (T3), is

> produced by deiodination of thyroxine (T4) by the enzymes

> T(4)5'-

> deiodinase (5'-D) types I and II. Type I

> T(4)5-deiodinase is found

> predominatly IN THE LIVER AND KIDNEYS; it's action is

> responsible for

> the production of two-thirds of the total T3 in the body.

> Type II T

> (4)5 " -deiodinase is responsible for most of the T3 found

> in the

> pituitary, the brain and brown fat.

>

>

> Endocrinology and Metabolism 2001 edition page 32

>

> 5'-Deiodinase removes an iodine atom from the phenylic

> ring of T4 or

> rT3. As this process generates T3 from T4, this enzyme

> activates

> thyroid hormones.

>

> Type I 5'-deiodinase is mostly expressed in the liver and

> kidney. It

> is also present at lower concentrations in the CNS, in

> the adipose

> tissue, and in fibroblasts. Because of the high level of

> 5'-

> deiodinase present in the LIVER and because of the liver

> size and

> ability to concentrate T4, approximately 70% of the T3

> production

> originates from the liver

>

>

> http://www.anapsid.org/cnd/diagnosis/gordontalk.html

>

>

> Treating thyroid deficiency isn't always as easy as it

> seems when

> looking at disease-model medicine. In most people, their

> bodies

> convert the T4 they take into T3 just fine. For the

> others, " we may

> need to give them T4 and T3, or just T3, to see if we can

> fix the

> problem in the liver that is preventing their body from

> being able to

> do the conversion of endogenous T4 into T3. "

>

> The disease-based model ignores the fact that all

> chemicals that

> enter the body - through the mouth, respiratory tract,

> and skin -

> have to be rendered inert by the liver. In addition, the

> liver has to

> deal with all of the hormones produced by our bodies.

>

>

>

> http://www.thyroidmanager.org/Chapter3/3b-text.htm

>

> About 80% of circulating T3 is produced outside the

> thyroid gland by

> peripheral conversion of T4 into T3 and 20% is directly

> secreted by

> the thyroid gland. The liver plays an important role in

> this extra-

> thyroidal production of T3 (1)

>

>

> A patient has been described in whom plasma T3 production

> was found

> to be low, while T4 production was normal (8). T4

> transport into the

> liver was decreased, but it was normal into non-hepatic

> tissues. No

> abnormalities were found with regard to T3 transport into

> tissues.

> Deiodinase activity in the liver, measured using thyroid

> hormone

> tracer kinetics, was normal. From these data it was

> concluded that

> the low T3 production rate was caused by the inhibition

> of T4

> transport into the liver. In other words, uptake of T4

> into the liver

> may have a regulatory role in plasma T3 production and

> thus the

> regulation of thyroid hormone activity at the tissue

> level (8).

>

>

> http://www.jpteez.com/html/thyroid2.html

>

> ...,because the liver is the primary site of conversion

> of T4 to T3.

>

> The dosage of anticonvulsant required for seizure control

> may be able

> to bel lowered or even discontinued. It may also offset

> any adverse

> effects of anticonvulsants on liver metabolism which

> could impair

> hepatocellular conversion of T4 to T3.

>

>

> http://www.postgradmed.com/issues/1999/04_99/camacho.htm

>

> Triiodothyronine (T3), which is three to five times more

> potent than

> T4, is produced both by the thyroid gland and by

> peripheral

> conversion of T4 to T3. Conversion involves the

> 5'-deiodinase enzyme

> and occurs mostly in the liver and kidney.

>

>

> http://www.altsupportthyroid.org/t3/t3medrefs2.php

>

> As hypothyroid patients are usually unable to convert

> inactive T4

> into active T3, owing to a lack of 5' -deiodinase in the

> liver and

> kidneys, the administration of T4 can eventually correct

> the serum

> TSH level, but rarely provides the patient with the T3

> needed to be

> relieved of his symptoms.

>

>

> http://village.vossnet.co.uk/c/crina/pag-liver.html

>

> The liver converts the thyroid hormone thyroxine (T4)

> into its more

> active form tri-iodothyronine (T3).

>

>

>

> http://www.antibodyassay.com/testinfo/thyroid_24_urine.htm

>

> The enzyme, deiodinase, converts T4 into T3. This

> conversion occurs

> primarily in the liver and kidneys.

>

>

>

>

>

> Learn more from our experience, over 7.000 liver flush

> stories:

> http://curezone.com/forums/fd50.asp?f=4

> http://curezone.com/forums/fd50.asp?f=80

> http://curezone.com/forums/fd50.asp?f=100

> http://curezone.com/forums/fd50.asp?f=112

>

> Liver Cleanse Recipe: http://CureZone.com/cleanse/liver/

>

> Liver Flush FAQ: http://curezone.com/forums/f.asp?f=73

>

> Images:

> http://CureZone.com/image_gallery/cleanse_flush/

> http://CureZone.com/image_gallery/intrahepatic_stones/

>

> To unsubscribe, send blank e-mail to:

> gallstones-unsubscribe and then reply to

> confirmation message!

>

> To Post message: gallstones

> Subscribe: gallstones-subscribe

>

> Web Sites for more information:

> http://CureZone.org

> http://www.liverdoctor.com/

> http://www.sensiblehealth.com/

> http://www.cyberpog.com/health/index.htm

> http://www.relfe.com/gall_stone_cleanse.html

> http://www.cleansingorsurgery.com/

>

> Group page: gallstones

>

> To change your subscription to digest send blank e-mail

> to: gallstones-digest

> To change your subscription to NO-MAIL send blank e-mail

> to: gallstones-nomail

> To change your subscription to NORMAL send blank e-mail

> to: gallstones-normal

> You are receiving this email because you elected to

> subscribe to the Gallstones group on 's groups. By

> joining the list you agree to hold yourself FULLY

> responsible FOR yourself!

> Have a nice day !

>

>

>

>

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> Tina,

>

>thank you for all info!!!!!!

You can read also the story of Chang,

> www.sensiblehealth.com

>

> Having fat liver and big calcified gallstone I take daily

> gold coin grass and periodically curcuma and coptis. Also 3

> gm vit.C daily. Symptoms are relieved, results ... will be

> expected after a year.

>

> Best of luck.

>

> Simeon

>

>

>

>

>

>

> Öèòàò íà ïèñìî îò tina83862 <tina83862@y...>:

>

> > Textbook of Endocrinology 9th ed. page 402

> > Thyroidal T4 must be converted to T3 to produce its

> > effects. This

> > conversion may take place in the liver, kidney and

> > thyroid catalyzed

> > by either the propylthiouracil-sensitive iodothyronine

> > 5'-deiodinase

> > or the propylthiouracil-insensitive 5'-deiodinase

> >

> >

> > Endocrinology 5th edition 1999 by Mac Hadley (Pre-Med

> > Text) page 324

> > The active form of thyroid hormone, triiodothyronine

> > (T3), is

> > produced by deiodination of thyroxine (T4) by the enzymes

> > T(4)5'-

> > deiodinase (5'-D) types I and II. Type I

> > T(4)5-deiodinase is found

> > predominatly IN THE LIVER AND KIDNEYS; it's action is

> > responsible for

> > the production of two-thirds of the total T3 in the body.

> > Type II T

> > (4)5 " -deiodinase is responsible for most of the T3 found

> > in the

> > pituitary, the brain and brown fat.

> >

> >

> > Endocrinology and Metabolism 2001 edition page 32

> >

> > 5'-Deiodinase removes an iodine atom from the phenylic

> > ring of T4 or

> > rT3. As this process generates T3 from T4, this enzyme

> > activates

> > thyroid hormones.

> >

> > Type I 5'-deiodinase is mostly expressed in the liver and

> > kidney. It

> > is also present at lower concentrations in the CNS, in

> > the adipose

> > tissue, and in fibroblasts. Because of the high level of

> > 5'-

> > deiodinase present in the LIVER and because of the liver

> > size and

> > ability to concentrate T4, approximately 70% of the T3

> > production

> > originates from the liver

> >

> >

> > http://www.anapsid.org/cnd/diagnosis/gordontalk.html

> >

> >

> > Treating thyroid deficiency isn't always as easy as it

> > seems when

> > looking at disease-model medicine. In most people, their

> > bodies

> > convert the T4 they take into T3 just fine. For the

> > others, " we may

> > need to give them T4 and T3, or just T3, to see if we can

> > fix the

> > problem in the liver that is preventing their body from

> > being able to

> > do the conversion of endogenous T4 into T3. "

> >

> > The disease-based model ignores the fact that all

> > chemicals that

> > enter the body - through the mouth, respiratory tract,

> > and skin -

> > have to be rendered inert by the liver. In addition, the

> > liver has to

> > deal with all of the hormones produced by our bodies.

> >

> >

> >

> > http://www.thyroidmanager.org/Chapter3/3b-text.htm

> >

> > About 80% of circulating T3 is produced outside the

> > thyroid gland by

> > peripheral conversion of T4 into T3 and 20% is directly

> > secreted by

> > the thyroid gland. The liver plays an important role in

> > this extra-

> > thyroidal production of T3 (1)

> >

> >

> > A patient has been described in whom plasma T3 production

> > was found

> > to be low, while T4 production was normal (8). T4

> > transport into the

> > liver was decreased, but it was normal into non-hepatic

> > tissues. No

> > abnormalities were found with regard to T3 transport into

> > tissues.

> > Deiodinase activity in the liver, measured using thyroid

> > hormone

> > tracer kinetics, was normal. From these data it was

> > concluded that

> > the low T3 production rate was caused by the inhibition

> > of T4

> > transport into the liver. In other words, uptake of T4

> > into the liver

> > may have a regulatory role in plasma T3 production and

> > thus the

> > regulation of thyroid hormone activity at the tissue

> > level (8).

> >

> >

> > http://www.jpteez.com/html/thyroid2.html

> >

> > ...,because the liver is the primary site of conversion

> > of T4 to T3.

> >

> > The dosage of anticonvulsant required for seizure control

> > may be able

> > to bel lowered or even discontinued. It may also offset

> > any adverse

> > effects of anticonvulsants on liver metabolism which

> > could impair

> > hepatocellular conversion of T4 to T3.

> >

> >

> > http://www.postgradmed.com/issues/1999/04_99/camacho.htm

> >

> > Triiodothyronine (T3), which is three to five times more

> > potent than

> > T4, is produced both by the thyroid gland and by

> > peripheral

> > conversion of T4 to T3. Conversion involves the

> > 5'-deiodinase enzyme

> > and occurs mostly in the liver and kidney.

> >

> >

> > http://www.altsupportthyroid.org/t3/t3medrefs2.php

> >

> > As hypothyroid patients are usually unable to convert

> > inactive T4

> > into active T3, owing to a lack of 5' -deiodinase in the

> > liver and

> > kidneys, the administration of T4 can eventually correct

> > the serum

> > TSH level, but rarely provides the patient with the T3

> > needed to be

> > relieved of his symptoms.

> >

> >

> > http://village.vossnet.co.uk/c/crina/pag-liver.html

> >

> > The liver converts the thyroid hormone thyroxine (T4)

> > into its more

> > active form tri-iodothyronine (T3).

> >

> >

> >

> > http://www.antibodyassay.com/testinfo/thyroid_24_urine.htm

> >

> > The enzyme, deiodinase, converts T4 into T3. This

> > conversion occurs

> > primarily in the liver and kidneys.

> >

> >

> >

> >

> >

> > Learn more from our experience, over 7.000 liver flush

> > stories:

> > http://curezone.com/forums/fd50.asp?f=4

> > http://curezone.com/forums/fd50.asp?f=80

> > http://curezone.com/forums/fd50.asp?f=100

> > http://curezone.com/forums/fd50.asp?f=112

> >

> > Liver Cleanse Recipe: http://CureZone.com/cleanse/liver/

> >

> > Liver Flush FAQ: http://curezone.com/forums/f.asp?f=73

> >

> > Images:

> > http://CureZone.com/image_gallery/cleanse_flush/

> > http://CureZone.com/image_gallery/intrahepatic_stones/

> >

> > To unsubscribe, send blank e-mail to:

> > gallstones-unsubscribe and then reply to

> > confirmation message!

> >

> > To Post message: gallstones

> > Subscribe: gallstones-subscribe

> >

> > Web Sites for more information:

> > http://CureZone.org

> > http://www.liverdoctor.com/

> > http://www.sensiblehealth.com/

> > http://www.cyberpog.com/health/index.htm

> > http://www.relfe.com/gall_stone_cleanse.html

> > http://www.cleansingorsurgery.com/

> >

> > Group page: gallstones

> >

> > To change your subscription to digest send blank e-mail

> > to: gallstones-digest

> > To change your subscription to NO-MAIL send blank e-mail

> > to: gallstones-nomail

> > To change your subscription to NORMAL send blank e-mail

> > to: gallstones-normal

> > You are receiving this email because you elected to

> > subscribe to the Gallstones group on 's groups. By

> > joining the list you agree to hold yourself FULLY

> > responsible FOR yourself!

> > Have a nice day !

> >

> >

> >

> >

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