Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Hi Lori and thank you so much for your update as well! I know exactly how you feel because Tanner's sensory dysfunction is mainly in touch/pain as he doesn't feel it like everyone else. So imagine how weird I sounded being all excited back when Tanner stubbed his toe and it hurt him...just like you I was " no you don't understand, Tanner typically wouldn't even notice he stubbed his toe, He's in pain now but he should be so that's normal...that's a good thing! " Since being on the nutriiveda thankfully Tanner has not been hurt and I don't care if I ever learn if this affects his sensory - I'm happy with all the other positive changes I've seen in him. Last night he was studying inventors and memorizing about Leonardo Da Vinci inventing the parachute, Galileo Galilei inventing the thermometer (are you reading these words that he's walking around saying??!!!) There has been such a surge in Tanner's academic ability- it's like he's a different child. And again this appears to be a side benefit in the ADHD kids too. As you may know I have discussed numerous times over the years what I call " ride therapy " for Tanner. Putting him on strong G force type rides I noticed improvements in his speech the next day -but it would fade within a day or so. Parents of little ones who couldn't do the larger rides after I shared this noticed the same improvements after taking their child to a water park. The three theories of why the surge that were brought up here were stimulation to the vestibular system which seemed to be the most likely, chemical releases like adrenalin due to the excitement and fear, and/or electromagnetic activity from the G forces. Nobody knows and all I know is that I have lots of fun " experimenting " with ride " therapy " I find it however VERY interesting that Matt felt dizzy for the first time ever after spinning since he spinned frequently before after just 4 days on the nutriiveda. That's huge because it does show that somehow this product (which yes it's hard to believe because it's so yummy and does taste like you are having a chocolate shake for breakfast) is quickly having a reaction in our children, positive ones that once again are beyond what the medical doctors behind this created it for. (like my friends including my friend Dr. lowering diabetic meds/insulin within days) I searched a bit and found the following studies and articles which may be relevant to the difference you've just seen with spinning in Matt. One is how to test to see if there really is a difference in his vestibular system (but don't know how that would work at this point unless you put him next to a child like the former Matt that doesn't get dizzy) and there are others about the links between sensory vestibular and auditory as well as speech. I'll put them below but just wanted to point out one other thing in regards to our children or any of us using the nutriiveda. One serving a day which is two scoops provides 20 grams of isolate protein and is for health and maintenance not for weight loss. Twice a day which is four scoops is for weight loss and that would replace two meals a day with 40 grams of isolate protein etc. This does not rule out that one could use just one scoop (10 grams of isolate protein say for a 2 or 3 year old) or three scoops a day (30 grams to say have a scoop mixed into something as a healthy snack) or 1/2 scoop etc. Since we are outside the box no reason you shouldn't look around. Lori with your mom who's into health and wellness and would like to lose a few pounds please let her know that using it once a day she probably will still lose weight -but not as quickly or much as if she used it twice a day. The many people I know that lost between 15 to 21 pounds in one month on nutriiveda now is incredible -so for weight loss for adults if that's what you are looking for then look no further. Below are the studies and articles I found that may be of interest to what you are seeing in Matt...and please do continue to share!!! ~~~~~~~~~~~~~~~ A Sit n Spin, Autism, And Sensory Processing Disorders... What Do These Three Have In Common? Vestibular input! Did you know many children with Sensory Processing Disorders and/or Autism, who are hyposensitive to vestibular input, don't actually get dizzy? Have you ever watched a child spin for what seemed like hours on a tire swing, merry go round, their own to feet, or a Sit n Spin and thought to yourself, " How can they DO that? I'd be so dizzy and nauseous if I spun that long! " Well, I will let you in on a little secret... you can do a " dizziness test " to help understand them better. Take two individuals, one that gets dizzy easily and one who doesn't. Have them spin around (preferably on something) as fast as possible for about 30 seconds. Stop them abruptly and look carefully into their eyes. You will see a big difference in the eyes of the two individuals. In the case of the child who gets dizzy, you will notice their eyes " shifting " back and forth very rapidly (left, right, left in a " fluttering " kind of way). OK, the technical term for this is Postrotary Nystagmus (it's a big word, go ahead and impress your friends with it!) If you also look into the eyes of the person who doesn't get dizzy easily (such as those with hyposensitivity to movement/vestibular input that you see in Sensory Processing Disorders and/or Autism), you will notice their eyes doing a similar thing. BUT, here's the difference... the one who does get dizzy easily will show a more pronounced postrotary nystagmus (eye " fluttering " , and it will last much longer than the individual who does not get dizzy as easily. Basically, it is " proof " of " decreased " sensory processing. http://www.sensory-processing-disorder.com/sit-n-spin.html Fetal Alcohol Syndrome. Hearing, Speech, Language, and Vestibular Disorders In this review article with 58 references, Fetal Alcohol Syndrome (FAS) is observed as associated with four kinds of hearing disorder: developmentally delayed auditory fuction, sensorineural hearing loss, intermittent conductive hearing loss owing to recurrent serous otitis media, and central hearing loss. Speech and language pathologies also are common in FAS patients. Although auditory and vestibular systems arise from similar embrological tissue, vestibular dysfunction is variable in FAS. Early idetification and intervention to treat hearing, language, and speech problems should improve the functional level of FAS in children. From Wayne State University School of Medicine, Detroit, Michigan, USA. Author(s): Church, M.W.; Abel, E.L. Source: Obstetrics & Gynecology Clinics of North America (March 1998). 25 (1); pgs. 85-97. Relation between Vestibular Function and Speech Recognition in Postlingually Deafened Adults with Cochlear Implantation Tetsuo Himi, Tomoko Shintani, Tomo Yamaguchi, Yasuaki Harabushi, Iwao Yoshioka, Akikatsu Kataura Department of Otolaryngology, Sapporo Medical University, School of Medicine, Sapporo, Japan Abstract Audiol Neurootol 1997;2:223-230 (DOI: 10.1159/000259246) Thirty-one postlingually deafened adults with 22-channel cochlear implant were evaluated preoperatively using vestibular function tests, the caloric test and stabilometry. The results of caloric response were classified into two diagnostic groups: normo- or hyporeflexia and areflexia. Stabilometric recordings were made using a computerized static posturographic platform. Between the two categories of caloric response, there was a significant difference in consonant recognition, but the recognition of vowels showed no significant difference. The results of the distance of body sway in stabilometry, but not of the area, correlated to the results of consonant recognition in speech perception tests. The degree of residual vestibular function seems to be one of the indicators influencing postoperative speech recognition by cochlear implant patients. Copyright © 1997 S. Karger AG, Basel http://content.karger.com/ProdukteDB/produkte.asp?Doi=259246 The Vestibular System and Auditory-Language Processing By Carol Stock Kranowitz, M.A. As they research their child's disability, many parents learn about sensory integration and the importance of the body's vestibular system, perhaps the most basic of all the sensory systems. Initially they learn that the vestibular system coordinates body movements, maintains balance and equilibrium, and helps children develop normal muscle tone. It is not as immediately apparent, though, how the vestibular system in & #64258;uences auditory-language processing. However, the vestibular system plays a signi & #64257;cant role in the development of language, so that children with vestibular dysfunction may also have auditory-language processing problems. It's important to realize that the vestibular and auditory systems work together as they process sensations of movement and sound. These sensations are closely intertwined, because they both begin to be processed in the receptors of the ear. Audition, or hearing, is the ability to receive sounds. We are born wit this basic skill. We can't learn how to do it; either we hear, or we don't. The ability to hear does not guarantee, however, that we understand sounds. We are not born with the skill of comprehension, we acquire it, as we integrate vestibular sensation. Gradually, as we interact purposefully with our environment, we learn to interpret what we hear and to develop sophisticated auditory processing skills. Some processing skills include the following: auditory discrimination - differentiating among sounds auditory & #64257;gure/ground disturbance - discriminating between sound in the foreground and background language - the meaningful use of words, symbols representing objects and ideas Language is a code for deciphering what words imply and how we use them to communicate. Language that we take in, by listening and reading, is called " receptive. " Language that we put out, by speaking or writing is " expressive. " Language and speech are closely related, but they are not the same. Speech is the physical production of sound. Speech skills depend on smoothly functioning muscles in the throat tongue, lips, and jaw. The vestibular system in & #64258;uences motor control and motor planning that are necessary to use those & #64257;ne muscles to produce intelligible speech. Because the vestibular system is crucial for effective auditory processing, the child with vestibular dysfunction frequently develops problems with language. How do these problems play out? Here are some common characteristics of children with poor auditory-language processing: May seem unaware of the source of sound and may look all around to locate where the sounds come form. May have trouble identifying voices or discriminating between sounds, such as the difference between " bear " and " bore. " May be unable to pay attention to one voice or sound without being distracted by other sounds. May be distressed by noises that are loud, sudden, metallic, or high -pitched, or by sounds that don't bother others. May have trouble attending to, understanding, or remembering what she reads or hears. May misinterpret requests, frequently ask for repetition, and be able to follow only one or two instructions in sequence. May look to others before responding. May have trouble putting thoughts into spoken or written words. May talk " off topic, " e.g. talk about his/her new shirt when others are discussing a soccer game. May have trouble " closing circles of communication, " i.e. responding to others' questions and comments. May have trouble correcting or revising what he has said to be understood. May have weak vocabulary and use immature sentence structure (poor grammar and syntax). May have dif & #64257;culty with reading (dyslexia), especially out loud. May have trouble making up rhymes and singing in tune. May have dif & #64257;culty speaking and articulating clearly. May improve her speaking ability after she experiences intense movement. Moving activates the ability to speak. A child with vestibular and language problems bene & #64257;ts greatly from therapy that simultaneously addresses both types of dysfunction. Speech and language therapists report that just putting the child in a swing during treatment can have remarkable results. Occupational therapists have found that when they treat a child for vestibular dysfunction, speech-and-language skills can improve along with balance, movement, and motor planning skills. And even without the assistance of therapists, children who move spontaneously often show enhanced ability to verbalize their thoughts. For more information on sensory integration, vestibular dysfunction, and auditory processing, check out the DDR Sensory Integration links. [This article was excerpted from The Out-of-Sync Child: Recognizing and Coping with Sensory Processing Disorder, Revised EditionThe Out-of-Sync Child: Understanding and Coping With Sensory Integration Dysfunction and initially published in New Developments: Volume 2, Number 3 - Winter, 1996-1997] ===== Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Hi Lori, On their website Nutriiveda is described: NutriiVeda is casein and gluten free, milk, sodium and fat free Why do you think has dairy? Lucy > > Hi everyone, > > I've not visited the list for a while. I started my son (and my mother) on Nutriieveda four days ago. I spoke to last night and promised her that I would report on Matt's progress. > > First, let me introduce you all to my son. My son is currently 9 years old. He was born with a heart defect for which he had surgery when he was 4 months old. He has a laundry list of challenges - but one of his major stumbling block has been his global apraxia - which diagnosis he received at 2 years old. > > In searching for answers to that piece of my son's puzzle, I found this group. My son responded well to the fish oil - although not as some of the kids did. Perhaps his brain injury slow down his surges. But any positive result was incredible to see. > > When I spoke to last night, we had not yet seen any changes in Matt, although he did like his chocolate shakes (LOL - he can't believe we are giving him a dessert with breakfast). > > This morning my son was spinning/twirling in the living room while his breakfast was being prepared. Spinning is a normal activity for my son. He has sensory issues - and something about spinning calms him down. At one point, one of his OTs let him spin for as long as he wanted to (usually we all limit it - as he is tuning out the world while spinning). He spun for 15 minutes straight without a pause. When he finished she asked him how he felt. He grinned and said good. > > This morning as he sat at the table he told my husband that he was dizzy. > > DIZZY!!! > > My son has NEVER been dizzy. > > This may not seem big to most people, but it is incredible to us. > > We are using 2 scoops in a morning shake (he has been drinking part of it for breakfast and the rest later in the day). The first few days he didn't finish his shake until bedtime. Both mornings following he woke up having soaked his bed. So we are now making sure that he finishes his shake by the afternoon. This morning he once again woke up dry. Sleeping through the night dry is a work in progress for my son. > > To reduce the problem with the extra liquids in Matt's diet, recommended also trying it in yogurt or pudding - which we'll try - although Matt might miss his breakfast dessert! > > I'll keep everyone posted on Matt's progress. > > Oh! And the reason I'm having my mother use it also is that I had planned to try it with my son so I could have a gauge of how it was affecting my body. Unfortunately I am allergic to dairy and the product has whey in it. Therefore my mother is using it and keeping me informed as to how it is making her feel. So far, for her, it has been a great meal replacement. I've asked her to pay attention to any affects on attention, focus, concentration, etc. She'll let me know if she sees any improvement. While she is more than happy to experiment on herself to help her grandson, she wouldn't mind seeing some positive results for herself as well! > > Thanks for reading. > > Lori Pyne > (Mom of Matt) > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Hi Lori, I am so happy you have decided to try Nutriiveda with your son Matt. The fact that he said dizzy and felt dizzy to me is also incredible. I understand how you feel as it is very difficult when your child has global apraxia. I look forward to hearing more about Matt! Take care, Robin On Dec 17, 2009, at 9:22 PM, lovebeingamom90278 wrote: > Hi everyone, > > I've not visited the list for a while. I started my son (and my > mother) on Nutriieveda four days ago. I spoke to last night > and promised her that I would report on Matt's progress. > > First, let me introduce you all to my son. My son is currently 9 > years old. He was born with a heart defect for which he had surgery > when he was 4 months old. He has a laundry list of challenges - but > one of his major stumbling block has been his global apraxia - > which diagnosis he received at 2 years old. > > In searching for answers to that piece of my son's puzzle, I found > this group. My son responded well to the fish oil - although not as > some of the kids did. Perhaps his brain injury slow down his > surges. But any positive result was incredible to see. > > When I spoke to last night, we had not yet seen any changes in > Matt, although he did like his chocolate shakes (LOL - he can't > believe we are giving him a dessert with breakfast). > > This morning my son was spinning/twirling in the living room while > his breakfast was being prepared. Spinning is a normal activity for > my son. He has sensory issues - and something about spinning calms > him down. At one point, one of his OTs let him spin for as long as > he wanted to (usually we all limit it - as he is tuning out the > world while spinning). He spun for 15 minutes straight without a > pause. When he finished she asked him how he felt. He grinned and > said good. > > This morning as he sat at the table he told my husband that he was > dizzy. > > DIZZY!!! > > My son has NEVER been dizzy. > > This may not seem big to most people, but it is incredible to us. > > We are using 2 scoops in a morning shake (he has been drinking part > of it for breakfast and the rest later in the day). The first few > days he didn't finish his shake until bedtime. Both mornings > following he woke up having soaked his bed. So we are now making > sure that he finishes his shake by the afternoon. This morning he > once again woke up dry. Sleeping through the night dry is a work in > progress for my son. > > To reduce the problem with the extra liquids in Matt's diet, > recommended also trying it in yogurt or pudding - which we'll try - > although Matt might miss his breakfast dessert! > > I'll keep everyone posted on Matt's progress. > > Oh! And the reason I'm having my mother use it also is that I had > planned to try it with my son so I could have a gauge of how it was > affecting my body. Unfortunately I am allergic to dairy and the > product has whey in it. Therefore my mother is using it and keeping > me informed as to how it is making her feel. So far, for her, it > has been a great meal replacement. I've asked her to pay attention > to any affects on attention, focus, concentration, etc. She'll let > me know if she sees any improvement. While she is more than happy > to experiment on herself to help her grandson, she wouldn't mind > seeing some positive results for herself as well! > > Thanks for reading. > > Lori Pyne > (Mom of Matt) > > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 , When I read this email I started putting two and two together. Eventhough I know these herbs and their overall properties but I needed to go deeper into it since I am not an expert on these. So I have been reading about them extensively for the last couple of weeks. Here is the surprise, the herb Haritaki in the Nutriiveda has the property to increase the " bulk of the body " meaing it strengthens the vestibular of the body!!! Above all it is a huge antifungal. I know I am jumping from one property to another. In Biomedical treatment the presence of clostridia[not the vaginal one] in the GI is hugely discussed. SO while doing those treatments there is a stage when each DAN doctor prescribe antifungal treatments to lower the level of clostridia. IT is beleived that clostridia inhibits speech. So the combination of these natural herbs is somehow cleansing the GI tract. Its like scraping out hard-water deposit from you bathtub!!! My curiosity like other have increased on what is it that making things turn around for these kids...I am just trying to put things together and its surprising me everyday. Here is a good site on all the Haritaki. http://www.ayurvedicdietsolutions.com/Haritaki.php Enjoy the day, sowmya > > Hi Lori and thank you so much for your update as well! I know exactly how you feel because Tanner's sensory dysfunction is mainly in touch/pain as he doesn't feel it like everyone else. So imagine how weird I sounded being all excited back when Tanner stubbed his toe and it hurt him...just like you I was " no you don't understand, Tanner typically wouldn't even notice he stubbed his toe, He's in pain now but he should be so that's normal...that's a good thing! " Since being on the nutriiveda thankfully Tanner has not been hurt and I don't care if I ever learn if this affects his sensory - I'm happy with all the other positive changes I've seen in him. Last night he was studying inventors and memorizing about Leonardo Da Vinci inventing the parachute, Galileo Galilei inventing the thermometer (are you reading these words that he's walking around saying??!!!) There has been such a surge in Tanner's academic ability- it's like he's a different child. And again this appears to be a side benefit in the ADHD kids too. > > As you may know I have discussed numerous times over the years what I call " ride therapy " for Tanner. Putting him on strong G force type rides I noticed improvements in his speech the next day -but it would fade within a day or so. Parents of little ones who couldn't do the larger rides after I shared this noticed the same improvements after taking their child to a water park. The three theories of why the surge that were brought up here were stimulation to the vestibular system which seemed to be the most likely, chemical releases like adrenalin due to the excitement and fear, and/or electromagnetic activity from the G forces. Nobody knows and all I know is that I have lots of fun " experimenting " with ride " therapy " > > I find it however VERY interesting that Matt felt dizzy for the first time ever after spinning since he spinned frequently before after just 4 days on the nutriiveda. That's huge because it does show that somehow this product (which yes it's hard to believe because it's so yummy and does taste like you are having a chocolate shake for breakfast) is quickly having a reaction in our children, positive ones that once again are beyond what the medical doctors behind this created it for. (like my friends including my friend Dr. lowering diabetic meds/insulin within days) > > I searched a bit and found the following studies and articles which may be relevant to the difference you've just seen with spinning in Matt. One is how to test to see if there really is a difference in his vestibular system (but don't know how that would work at this point unless you put him next to a child like the former Matt that doesn't get dizzy) and there are others about the links between sensory vestibular and auditory as well as speech. > > I'll put them below but just wanted to point out one other thing in regards to our children or any of us using the nutriiveda. One serving a day which is two scoops provides 20 grams of isolate protein and is for health and maintenance not for weight loss. Twice a day which is four scoops is for weight loss and that would replace two meals a day with 40 grams of isolate protein etc. This does not rule out that one could use just one scoop (10 grams of isolate protein say for a 2 or 3 year old) or three scoops a day (30 grams to say have a scoop mixed into something as a healthy snack) or 1/2 scoop etc. Since we are outside the box no reason you shouldn't look around. Lori with your mom who's into health and wellness and would like to lose a few pounds please let her know that using it once a day she probably will still lose weight -but not as quickly or much as if she used it twice a day. The many people I know that lost between 15 to 21 pounds in one month on nutriiveda now is incredible -so for weight loss for adults if that's what you are looking for then look no further. > > Below are the studies and articles I found that may be of interest to what you are seeing in Matt...and please do continue to share!!! > > ~~~~~~~~~~~~~~~ > > A Sit n Spin, Autism, And Sensory Processing Disorders... > What Do These Three Have In Common? > > > Vestibular input! > > Did you know many children with Sensory Processing Disorders and/or Autism, who are hyposensitive to vestibular input, don't actually get dizzy? Have you ever watched a child spin for what seemed like hours on a tire swing, merry go round, their own to feet, or a Sit n Spin and thought to yourself, " How can they DO that? I'd be so dizzy and nauseous if I spun that long! " > > Well, I will let you in on a little secret... you can do a " dizziness test " to help understand them better. > > Take two individuals, one that gets dizzy easily and one who doesn't. Have them spin around (preferably on something) as fast as possible for about 30 seconds. Stop them abruptly and look carefully into their eyes. You will see a big difference in the eyes of the two individuals. > > In the case of the child who gets dizzy, you will notice their eyes " shifting " back and forth very rapidly (left, right, left in a " fluttering " kind of way). OK, the technical term for this is Postrotary Nystagmus (it's a big word, go ahead and impress your friends with it!) > > If you also look into the eyes of the person who doesn't get dizzy easily (such as those with hyposensitivity to movement/vestibular input that you see in Sensory Processing Disorders and/or Autism), you will notice their eyes doing a similar thing. > > BUT, here's the difference... the one who does get dizzy easily will show a more pronounced postrotary nystagmus (eye " fluttering " , and it will last much longer than the individual who does not get dizzy as easily. Basically, it is " proof " of " decreased " sensory processing. > > http://www.sensory-processing-disorder.com/sit-n-spin.html > > Fetal Alcohol Syndrome. Hearing, Speech, Language, and Vestibular Disorders In this review article with 58 references, Fetal Alcohol Syndrome (FAS) is observed as associated with four kinds of hearing disorder: developmentally delayed auditory fuction, sensorineural hearing loss, intermittent conductive hearing loss owing to recurrent serous otitis media, and central hearing loss. Speech and language pathologies also are common in FAS patients. Although auditory and vestibular systems arise from similar embrological tissue, vestibular dysfunction is variable in FAS. Early idetification and intervention to treat hearing, language, and speech problems should improve the functional level of FAS in children. > > From Wayne State University School of Medicine, Detroit, Michigan, USA. > > > Author(s): Church, M.W.; Abel, E.L. > Source: Obstetrics & Gynecology Clinics of North America (March 1998). 25 (1); pgs. 85-97. > > Relation between Vestibular Function and Speech Recognition in Postlingually Deafened Adults with Cochlear Implantation > Tetsuo Himi, Tomoko Shintani, Tomo Yamaguchi, Yasuaki Harabushi, Iwao Yoshioka, Akikatsu Kataura > > Department of Otolaryngology, Sapporo Medical University, School of Medicine, Sapporo, Japan > > > Abstract > > Audiol Neurootol 1997;2:223-230 (DOI: 10.1159/000259246) > > Thirty-one postlingually deafened adults with 22-channel cochlear implant were evaluated preoperatively using vestibular function tests, the caloric test and stabilometry. The results of caloric response were classified into two diagnostic groups: normo- or hyporeflexia and areflexia. Stabilometric recordings were made using a computerized static posturographic platform. Between the two categories of caloric response, there was a significant difference in consonant recognition, but the recognition of vowels showed no significant difference. The results of the distance of body sway in stabilometry, but not of the area, correlated to the results of consonant recognition in speech perception tests. The degree of residual vestibular function seems to be one of the indicators influencing postoperative speech recognition by cochlear implant patients. > > Copyright © 1997 S. Karger AG, Basel > > http://content.karger.com/ProdukteDB/produkte.asp?Doi=259246 > > The Vestibular System and Auditory-Language Processing > By Carol Stock Kranowitz, M.A. > As they research their child's disability, many parents learn about sensory integration and the importance of the body's vestibular system, perhaps the most basic of all the sensory systems. Initially they learn that the vestibular system coordinates body movements, maintains balance and equilibrium, and helps children develop normal muscle tone. It is not as immediately apparent, though, how the vestibular system in & #64258;uences auditory-language processing. However, the vestibular system plays a signi & #64257;cant role in the development of language, so that children with vestibular dysfunction may also have auditory-language processing problems. > > It's important to realize that the vestibular and auditory systems work together as they process sensations of movement and sound. These sensations are closely intertwined, because they both begin to be processed in the receptors of the ear. > > Audition, or hearing, is the ability to receive sounds. We are born wit this basic skill. We can't learn how to do it; either we hear, or we don't. The ability to hear does not guarantee, however, that we understand sounds. We are not born with the skill of comprehension, we acquire it, as we integrate vestibular sensation. Gradually, as we interact purposefully with our environment, we learn to interpret what we hear and to develop sophisticated auditory processing skills. Some processing skills include the following: > > auditory discrimination - differentiating among sounds > > auditory & #64257;gure/ground disturbance - discriminating between sound in the foreground and background > > language - the meaningful use of words, symbols representing objects and ideas > > Language is a code for deciphering what words imply and how we use them to communicate. Language that we take in, by listening and reading, is called " receptive. " Language that we put out, by speaking or writing is " expressive. " Language and speech are closely related, but they are not the same. Speech is the physical production of sound. Speech skills depend on smoothly functioning muscles in the throat tongue, lips, and jaw. The vestibular system in & #64258;uences motor control and motor planning that are necessary to use those & #64257;ne muscles to produce intelligible speech. > > Because the vestibular system is crucial for effective auditory processing, the child with vestibular dysfunction frequently develops problems with language. How do these problems play out? Here are some common characteristics of children with poor auditory-language processing: > > May seem unaware of the source of sound and may look all around to locate where the sounds come form. > May have trouble identifying voices or discriminating between sounds, such as the difference between " bear " and " bore. " > May be unable to pay attention to one voice or sound without being distracted by other sounds. > May be distressed by noises that are loud, sudden, metallic, or high -pitched, or by sounds that don't bother others. > May have trouble attending to, understanding, or remembering what she reads or hears. > May misinterpret requests, frequently ask for repetition, and be able to follow only one or two instructions in sequence. > May look to others before responding. > May have trouble putting thoughts into spoken or written words. > May talk " off topic, " e.g. talk about his/her new shirt when others are discussing a soccer game. > May have trouble " closing circles of communication, " i.e. responding to others' questions and comments. > May have trouble correcting or revising what he has said to be understood. > May have weak vocabulary and use immature sentence structure (poor grammar and syntax). > May have dif & #64257;culty with reading (dyslexia), especially out loud. > May have trouble making up rhymes and singing in tune. > May have dif & #64257;culty speaking and articulating clearly. > May improve her speaking ability after she experiences intense movement. > Moving activates the ability to speak. A child with vestibular and language problems bene & #64257;ts greatly from therapy that simultaneously addresses both types of dysfunction. Speech and language therapists report that just putting the child in a swing during treatment can have remarkable results. Occupational therapists have found that when they treat a child for vestibular dysfunction, speech-and-language skills can improve along with balance, movement, and motor planning skills. And even without the assistance of therapists, children who move spontaneously often show enhanced ability to verbalize their thoughts. > > For more information on sensory integration, vestibular dysfunction, and auditory processing, check out the DDR Sensory Integration links. > > [This article was excerpted from The Out-of-Sync Child: Recognizing and Coping with Sensory Processing Disorder, Revised EditionThe Out-of-Sync Child: Understanding and Coping With Sensory Integration Dysfunction and initially published in New Developments: Volume 2, Number 3 - Winter, 1996-1997] > > > ===== > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Lucy it's because the protein source is whey isolate protein which is derived from milk. Nutriiveda is gluten and casein and milk by-product free (sodium and fat free and all natural too) -and I found information below that may explain more. Lactose intolerance is not a milk allergy and a true milk allergy is very rare. My mom is lactose intolerant and this product is great for her (trust me you don't want to be around anyone that is lactose intolerant when something isn't good for them!!) Here's info I found online about whey isolate protein for now -what it is etc. As soon as I hear back from the doctors/company behind nutriiveda I will let everyone know. ~~~~~~~~~~~ 1. What is whey protein? Whey protein is derived from milk proteins as part of the cheese manufacturing process (remember the nursery rhyme " Little Miss Muffet sat on her tuffet eating her curds and whey " ?). For decades whey was used as animal feed. Veterinarians noticed how healthy the animals got when they were fed whey, which led to research into the benefits of whey. By 1992, a process was developed to extract the pure amino acids from milk proteins leaving behind all the sugar (lactose), fat, and cholesterol. What the nutritional scientists came up with is the purest, cleanest, most biologically available (most easily absorbed) source of protein in history. Whey protein isolate is the richest source of the 8 essential amino acids and branched-chain amino acids your body needs for growth, energy, and vibrant health. Whey Protein Isolate is the purest and most absorbable form of whey protein in existence, containing 90% pure protein. It is lactose, fat, and cholesterol free which makes it recommended for those with lactose intolerance. Whey protein isolate has been used by physicians to improve immunity and muscle mass for patients with cancer and immune-disorders. It is recommended for diabetics because it is very low in carbohydrates (at 2-4 grams of carbs per serving) Whey Protein Concentrate does contain lactose, fat, and cholesterol. (**** Nutriiveda from pursuitofresearch.org contains the whey protein isolate which is the one you want) Who is whey protein isolate for? Whey protein is ideal for: .. Adults. As we get older, our bodies are less efficient at absorbing protein. Whey protein is the most easily absorbed protein available. It will reverse the aging process and rebuild your immune system. You will rarely if ever be sick and you will begin to look and feel years younger. .. Growing children and teenagers. ADD and ADHD are common childhood " diseases " , which many consider to be diseases of sugar addiction. Whey protein helps stabilize children's blood sugar, increases production of feel-good brain chemicals which helps increase mental clarity and focus, and helps prevent and reduce the symptoms of ADD and ADHD. .. Pregnant or lactating women. Protein is essential for the proper fetal and infant development, particularly brain development, and helps prevent gestational diabetes. • Athletes and body builders. It is the most easily and quickly absorbed protein available, for maximum muscle synthesis. • Busy people. The busier you are, the more energy you need. Whey protein helps increase mental and physical energy instantly. What are the benefits of Whey Protein Isolate? Research shows that whey protein has the following health benefits: .. Stabilizes blood sugar and prevents diabetes by slowing assimilation of carbohydrates into glucose in the blood stream. .. Reduces stress and alleviates depression by slowing production of the powerful stress hormone, cortisol, and promoting the release of seratonin, a calming neurotransmitter (brain chemical). .. Promotes fat loss by enhancing the release of glucagon (builds muscle, burns fat) and inhibiting release of insulin (encourages fat storage). .. Builds muscle by stimulating maximum protein synthesis. .. Enhances the immune system by raising the body's levels of glutathione, which is a powerful antioxidant produced by the body to protect cells and neutralize toxins. .. Increases exercise capacity. .. Fights infections. .. Encourages bone growth helping to prevent osteoporosis. .. Has the highest biological value (a measure of nitrogen retained for growth or maintenance) of any protein because it is absorbed, utilized and retained by the body better than other proteins. .. May help lower triglycerides and cholesterol. .. May help prevent prostate cancer. .. May help prevent chronic periodontal disease. Can I use Whey Protein Isolate if I am lactose intolerant? Yes. 100% whey protein isolate is lactose free and is hypo-allergenic, meaning it rarely causes allergic reactions. What is the difference between soy protein and whey protein? Soy protein comes from soybeans, which is a legume; a source of carbohydrate. There are three problems with soy protein. The protein from soy is not complete; it is missing one of the essential amino acids, called methionine. Most soy protein powders are fortified with this amino acid, making it complete. However it is important to know that most soy protein products are processed using hexane and other toxic chemicals, which are not safe for the body. Also, the body does not easily absorb soy protein, it has a low biological value, meaning a significant percentage of the protein passes through your body unused. It is an inferior source of protein to whey protein. (whey protein isolate is easily digestible) Can I use Whey Protein Isolate if I have celiac disease? Yes. Celiacs are usually instructed not to ingest wheat or gluten. There is no wheat or gluten in Whey proteins isolate. I have heard that whey can make me constipated. Is this true? Low quality whey protein can cause digestive upsets including constipation. If you experience constipation using a high quality whey isolate, it may be that you are not drinking sufficient water, or you are not getting sufficient essential fats. It is important to drink at least 10 glasses of pure water every day, and include at least three servings of raw seeds or raw seed oils every day, because they contain soluble fiber and omega 3 and 6 fats, which are essential to proper digestion and elimination. Can I use whey protein if I have kidney disease? 100% whey protein isolate is one of the most easily digested and most easily absorbed forms of protein available. Its Protein Efficiency Ratio (a mark of the quality of a protein) is extremely high, and in conditions such as renal failure where protein intake must be limited, it is most prudent to consume the highest quality proteins such as whey protein isolate and egg white proteins, versus lower quality proteins such as red meat and dairy, that produce more problematic metabolic waste by-products and residues. Are there any side effects associated with whey protein? Whey protein increases glutathione levels in serum (blood) and liver. Glutathione is the body's most powerful antioxidant and plays a key role in immune function. When liver glutathione levels rise, the liver is able to more effectively detoxify the body. Some people (especially those who have had a highly toxic diet, or exposed to high levels of environmental toxins) may have a mild temporary reaction to these mobilized toxins as the liver is removing them from storage in body fat. Whey protein isolate is composed of the same basic proteins that are found in human breast milk, and has the same side effect profile as human breast milk. Because it is a milk protein, people who are mildly allergic to milk proteins may experience minor gastric distress from whey protein. This gastric distress usually disappears if you reduce the dose. If you have serious milk protein allergy (which is very rare) you should not use whey isolate. Note: Lactose intolerance is not a milk allergy. How much protein does my body need for optimal health and energy? Protein is the raw building material for muscle tissue and other body proteins. 60-70% of the body's protein is found in muscle tissue. In order for muscle growth to occur (which is a big part of attaining our goal of getting lean), you must consume more protein than you utilize. The amount of protein you need ranges anywhere from .8 grams per pound of body weight to 1.5 grams or more, depending on your activity level and your training goals. The bigger you are, the more active you are, and the more under stress you are, the more lean protein you need! Pregnant and lactating women need a gram per pound per day. Children need a gram per pound per day. If you're carbohydrate sensitive you need at least a gram per pound per day. ~~~~~~~~~~~~~ Hope this helps for now -any other questions ask away! ===== Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Interesting -so much to learn. ===== Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Thank you ! I was planing to try it for my son. He is on Gluten, Caseine free diet for many years. I was worry if is safe to give it to him. Thak you, Lucy > > Lucy it's because the protein source is whey isolate protein which is derived from milk. Nutriiveda is gluten and casein and milk by-product free (sodium and fat free and all natural too) -and I found information below that may explain more. > > Lactose intolerance is not a milk allergy and a true milk allergy is very rare. My mom is lactose intolerant and this product is great for her (trust me you don't want to be around anyone that is lactose intolerant when something isn't good for them!!) > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 On the package, whey is listed as an ingredient. Whey is dairy. is checking with the company about this. But as I am allergic - I am not taking anything with any type of dairy in it. I'm sure that will report the company's aswer once she receives it. I, personally, would love it if they would replace their whey with something I can consume - but that is just for me!! Thankfully, my son is completely fine with dairy. Lori > > Hi Lori, > > On their website Nutriiveda is described: > > NutriiVeda is casein and gluten free, milk, sodium and fat free > > Why do you think has dairy? > > Lucy > > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Hmmm... the results from my son's allergy tests show that he is reacting to " lactalbumin " which (after a brief wikipedia search) I believe is a water-soluble protein found in milk or obtained from whey. From what I read it seems to me that whey protein isolate, while free of fat and lactose, may still contain lactalbumin protein. Darn it. I was really hoping Nutriiveda might be an option for us. We're trying dairy/casein/lactalbumin free right now though so... Not an option right now. Gee this is getting complicated. ~Jen (Mom to Tiernan) Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 18, 2009 Report Share Posted December 18, 2009 Answer I just got on the whey question: Good Afternoon , Thank you for the testimonials. It is always great to hear our products are contributing to better health and wellness. To answer your questions, the whey protein is derived from milk, but is not milk. Typically it is a by-product of cheese, which is why most cheeses are rich in casein protein because of their natural coagulating ability. Whey is mostly a blend of the remaining globular proteins after the casein proteins are removed. Whey is also naturally rich in amino acids, not broken down or synthesized. Many individuals with an intolerance to lactose have been able to use the product with no negative affects, however, individuals with allergies to milk may still have difficulty consuming whey. Although it is casein free and 99% lactose free, there still may be trace amounts of lactose, since there is no specific process to remove 100% of the lactose. As you read in your research online, whey protein is the most bioavailable of all protein sources, better than egg, soy, legume, meat. This is why we chose whey over other protein sources. In regards to children using the product. We suggest individuals go to the FDA's website and adjust the dosage according to their nutrition recommendations for children. The vitamins and minerals are yeast derived minerals. This is the easiest all natural way to ensure standardized mineral levels , as opposed to synthetic vitamins/minerals or whole food varieties. There is no yeast in the finished vitamin/mineral. If you have any further questions let me know. ~~~~~~~~~~~~~~~end fw message ===== Quote Link to comment Share on other sites More sharing options...
Guest guest Posted July 21, 2010 Report Share Posted July 21, 2010 Hi sowmya, I brought harataki and amiliki powders with me from India. I can Also arrange for more shipped. When I talked to elders there, they said in general one takes amliki in the morning and haraitaki in the night. I have brought both. I am yet to try them .... My son will be continuing talking NV. I gave couple of packs to our nathurapath to try... I am yet to get his reviews. He mainly wanted ashwagandha the pure form and he said he loves it. I also gave him packs of alma and haritaki. He is a very good man and very knowledgeable. Supraja > > Interesting -so much to learn. > > http://pursuitofresearch.org/science.html > > ===== > Quote Link to comment Share on other sites More sharing options...
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