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Transcript of AutismFileMagazine_ScienceOfTraditionalDiets
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8/7/2019 AutismFileMagazine_ScienceOfTraditionalDiets
1/8REPRINTED WITH PERMISSION THE AUTISM FILE72 THE AUTISM FILE GLOBAL ISSUE 39
W
hile much has been written about
the most popular and eective
autism diets, GFCF and SCD/GAPS,theres been little investigation o the tenets
o traditional diets. Throughout histor and
driven b survival and evolution, the varied
human cultures o the world inherentl learned
which oods and was o being supported their
health. And, there are clear commonalities in
the respective traditional diets o our ancestors.
Do the oods that nourished cultures or
centuries nourish children toda? Are there
healing aspects and lessons to be learned?
With our modern industrialized world and the
epidemic o autism acing our children, one
might wonder i this traditional wa o eating
is still applicable and appropriate, and i the
science is supportive.From m extensive research and clinical
experience, I sa es. I routinel nd that the
principles and practices o traditional cultures
and traditional diets serve as a oundation o a
healing diet or autism, bolster the eectiveness
o an dietar intervention, and aid healing or
children.
Substantive science, research, and common
sense support the role o traditional oods
in healing autism. Lets look at the science
o autism and the role o traditional oods in
healing.
The Scienceand Healing oTraditional Diets
or AutismBy Julie Matthews, CNC
Julie Matthews, CNC, is a leading
biomedical autism diet expert. She
works with parents rom around
the world to help children recover
rom the symptoms o autism
through diet intervention. Julie
presents at the leading autism
conerences in the US and abroad,
including the Deeat Autism Now
(DAN!) Conerence.
Julie has created two helpul
autism diet intervention tools or
parents. Her book, Nourishing
Hope for Autism, and her autism
nutrition education and cooking
DVD, Cooking to Heal, are
available at Julies website
www.nourihigHop.com .
di or Auim:
Do the foods that nourished cultures for centuries nourishchildren today? Are there healing aspects and lessons to be
learned? With our modern industrialized world and theepidemic of autism facing our children, one might wonder if
this traditional way of eating is still applicable andappropriate, and if the science is supportive.
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PeRSPeCTIVe OF AUTISM
The antiquated view o autism is that
its a msterious pschiatric disorder
beginning and ending in the brain th
results in certain observed behaviors, a
little can be done to impact its eects.
Through the breakthrough work o the
Autism Research Institute (ounded in
1967), a more appropriate whole bod
disorder the brain is aected b the
biochemistr generated in the bod
perspective o autism has emerged.
Phsicians and parents have been
sharing data or ears, observing and
documenting an arra o common
phsical smptoms o autism. Harvard
proessor Martha Herbert M.D., Ph.D.,
was among the rst to describe the
brain as downstream rom the bods
unctioning; explaining that what
happens in the brain o the child with
autism is literall impacted b what
occurs in their bods organs andbiochemistr, beginning with the
digestive sstem.
When seen as a whole bod disorder
parents and phsicians are more likel
to identi the phsical smptoms
o autism that oten get overlooked,
including diarrhea, constipation,
bloating and GI pain, inammation, and
requent inections.1 With this broader
comprehension it becomes apparent th
there is a great deal that can be done to
address these challenges.
THE SCIENCE BEHIND AuTISM
Th Cas or Ditar Itrvtio
Step one is to take charge o diet.
Certain ood substances, such as gluten
(wheat) and casein (milk) are known
to be problematic or man children
with autism2 and should be avoided.
Other oods rich in healing nutrients ar
benecial when added to childrens die
Attention to these actors is intended
to help balance biochemistr, aectsstemic healing, and provide relie o
autism smptoms.
For man children with autism,
nutrient deciencies, chemicals in ood
imbalanced biochemistr, and digestiv
problems pla a signicant role in their
phsical conditions. Their phsiological
and behavioral smptoms ma stem
rom, or be exacerbated b, impaired
digestion and GI health. Altering ood
choices positivel aects these process
and helps improve smptoms.
similarii o traiioal di1. All groups studied consumed minerals and at-soluble vitamins rom high vitamin
butter or rom sea oods, cod liver or seal oil, or animal organs with their at.
2. Foods were grown on soil which was naturally high in minerals, and no chemical
ertilizers or pesticides were used.
3. All ood was eaten liberally in the natural
season in which it grew.
4. Sweets (even good, natural sweets) were
used rarely or sparingly, only or occasions o
ritual, celebration, or special easting.
5. In each diet there was some daily source o raw,
unaltered protein rom sources such as meats, sea
oods, nuts, cheeses, eggs, milk, or high quality sprouted
seeds. (Foods containing essential amino acids must be
included in the ood choices or each meal, or it will be impossible to assimilate
the total values o the incomplete proteins. It is important to balance the amino
acid patterns when vegetable proteins are eaten.) Some sort o sea plant or
mineral was a part o most diets. Inland sea deposits were treasured and used
thritily.
6. Methods o ood preservation and storage were used which altered the
nutrients very little: earth storage, drying, reezing in the cold climates, or
making nutrients more available by culturing, pickling, ermenting, or sprouting.
7. Each liestyle was such that people engaged in vigorous physical exercise on a
regular basis, either in work, play, dances, games, sports, or hunting and ood-
gathering.
8. All had access to pure air and sunlight. Even in the 1930s, Dr. Weston A. Price
perceived the problems o air pollution and lack o sufcient radiant energy rom
the sun due to pollution already present at that time. The situation is ar worse
today, and that has aected the deterioration o our ood quality and our health
as well.
9. Each group observed periods o partial abstinence rom ood or regulated
periods o under-eating. For some, this came about as a natural result o summer
crops being in short supply beore the new crops were harvested. For others,
certain rituals began or ended with days o asting. Still others taught the value
o periodic under-eating by taboos or other means.
10. Some diets contained some orm o erments. This would include milk cultures,
pickling, and other methods o ermenting. Dr. Francis Pottenger recommended
using some o these oods or both children and adults to aid in maintaining
good gastric acidity.
11. They all breast-ed their young. Most o them ed special protective oods to
their young o child-bearing age in preparation or conception, pregnancy, andlactation. Most o them had some means o spacing the children at least three
years apart, to protect the health o the newborns and their mothers.
12. All ate whole oods, not ractionalized parts o oods. They did not remove the
ber content o their natural oods by rening them. Most oods were eaten raw
or very gently and lightly cooked.
13. Last but not least, the primitives were able to instruct their young in these
important principles, thereby protecting their genetic heritage. They ate the
foods of their ancestors.
From Price-Pottenger Foundation website (hp://www.pp.org)
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Poor digestion can stem romenvironmental actors (as well as genetic
susceptibilit), lack o benecial bacteria,
inammation, and immune sstem
response to certain oods. Studies have
shown children with autism to have
leak gut,3 low levels o benecial ora,4
inammation, and immune responses to
ood.5,6 Particularl, gluten and casein can
create an opiate or inammator reaction
that negativel impacts brain unction.
Understanding that the gut and brain
are connected helps explain WHy autismand overall health are improved through
a diet that supports digestion/GI health.
A Canadian stud identied this gut-brain
connection in autism.7 Hippocrates, the
ather o modern medicine proclaimed,
All disease begins in the gut.
When ood comes in contact with the
gastrointestinal tract, it aects the entire
bod. One research stud concluded
that unrecognized gastrointestinal
disordersma contribute to the
behavioral problems o the non-verbal
autistic patients.8 Food can be helpul orharmul, nourishing or inammator.
MAJOR SySTEMS AFFECTED
In children with autism, the ollowing
sstems are commonl aected:
digestion, immune unction/
inammation, detoxication, and
metabolic/cellular.
Distio
When children have problems with
digestion, the do not break down theirproteins into amino acids. Instead, the
long protein chains (peptides) in a child
with leak gut absorb into the blood
stream where the immune sstem marks
them as an invader and creates an
immune/inammator response. This
inammation can aect man areas o the
bod, including the brain. Additionall,
opioid (opiate-like) compounds are
produced when there is insufcient
digestion o gluten and casein. The
peptides in this case orm opiates that
cause inattention, high pain tolerance,ogg thinking, and addiction to opiates
(gluten and casein). In an inamed gut,
oods are not broken down sufcientl
and nutrients (macro and micro-nutrients)
do not absorb properl.
Immu uctio
When the immune sstem is weak, it
cannot adequatel ght o a ungal/east
inection. With a weak sstem, bacterial
inections are more common and
antibiotic use (while necessar in somecases) more requent antibiotics kill the
good bacteria and contribute to east
overgrowth. This adds uel to the re
going on in the digestive sstem, creating
urther inammation and leak gut. The
immune sstem handles inammation as
well. Brain inammation has been ound
to be a actor in autism. Inammation to
oods (also known as ood sensitivities)
is common because o this overreaction
o the immune sstem. yeast and other
pathogens can create toxins that cause
spaciness and other neurologicalsmptoms.
Dtoxifcatio
Detoxication is oten diminished or
children that have autism. The are
requentl the children who become
injured b toxins including heav
metals, plastics, industrial chemicals,
and pesticides. In addition to oten
being carcinogenic and overwhelming
detoxication as a whole, these toxins
are oten neurotoxic toxic to nerveand brain cells. Sulation, a common
detoxication pathwa that processes
saliclates, phenols, and amines has
been ound b Dr. Rosemar Warning to
be decient in children with autism.9,10
Dr. Jill James ound a decienc in
glutathione, an important detoxiing
agent, in children with autism.11 Toxins
rom the digestive sstem, including the
toxic bproducts rom east and other
pathogenic microorganisms, as well as
environmental toxins overwhelm this
MInI BIOCHeMISTRy LeSSOn
Jill James and Rosemary Waring,
Ph.D.s, have ound transsuluration
and sulation biochemical imbalances
in patients with autism. As such,
children with autism are oten
decient in glutathione and sulate,
nutrients or detoxication, antioxidant
status, intestinal integrity, and
proper immune response to oods
among hundreds o other unctions.
These imbalances can create ood
intolerances and reactions to
salicylates, phenols, and more.
According to studies conducted
by Rosemary Waring, Ph.D., children
with autism have low sulate and low
PST (Phenol-SuloTranserase), the
enzyme that breaks down phenols
and amines in ood.12 When children
consume salicylates they can develop
a wide range o symptoms includinghyperactivity, atigue, diarrhea, other
negative gut symptoms, sleeping
challenges, aggression, and irritability.
For children with transsuluration
and sulation challenges, avoiding or
reducing salicylates, phenols, amines,
and glutamates is important while
working on boosting up the pathways.
Another researcher, Susan Owens,
has been studying sulation, oxalate
problems, and hyperoxaluria in
children with autism. While studying
the work o Rosemary Waring and
others on sulation, Owens realized
that when sulate is decient, oxalate
can be shuttled into the cell, sharing
the same transport mechanism
into the cell. These oxalates gum
up the works, creating cellular and
mitochondrial dysunction. In the
ace o leaky gut and dysbiosis (and
most likely a genetic predisposition),
oxalates are absorbed into the
bloodstream where they can
aect cellular unction and createinfammation wherever they are
lodged. For children with oxalate
problems, signicantly reducing
oxalates is important.
Additionally, other infammatory
substances and anti-nutrients such
as lectins and phytates are best to be
avoided or reduced in autism, as they
can add to gut infammation and bind
important minerals rendering them
useless.
Studies have shown children with autism to have leaky
gut, low levels o benecial fora, infammation, and
immune responses to ood. Particularly, gluten and casein
can create an opiate or infammatory reaction that
negatively impacts brain unction.
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delicatel unctioning detoxication
sstem. These toxins can directl damage
nerve cells, aect brain unction, decrease
cognitive unction, cause hperactivit,
and man other smptoms associated
with autism.
Mtabolic/Cllular
There are man biochemical
pathwas ound to be decient
in autism: transsuluration, sulur
metabolism/sulation, methlation,
oxalate metabolism, and cellular and
mitochondrial unction. In man cases,
these pathwas become damaged
b toxins, diminished rom nutrient
deciencies, and disabled rom
epigenetic (genetic) changes. For these
children, therapeutic doses o nutrients
are sometimes needed to bpass a
block in the biochemical jam.
When these biochemical imbalances
are present, naturall occurringsubstances in ood (such as phenols,
saliclates, amines, oxalates, lectins,
phtates, and glutamates) ma cause a
challenge in the diet. To some extent,
these biochemical imbalances are
not traditional and require special
dietar intervention (such as Feingold,
Failsae, or low oxalate diet). However,
in the next section well talk about how
traditional diets have lower levels o these
compounds naturall.
nutrit DfcicisWith all o the digestive problems and
biochemical blocks occurring, nutrient
deciencies are common among children
with autism.13,14,15 Poor qualit and limited
diets exacerbate these problems. Specic
nutrients are required or complex
biochemical processes that support
cellular and brain unction, as well as all
other sstems. And those nutrients oten
need to be converted to an active orm
(again requiring nutrients and working
biochemical pathwas), another bumpin the road or these children to get
needed nutrients. With all o this, its not
reall surprising that most are decient
in nutrients. In act, it is unusual to see a
child with autism that does not have an
decienc.
Digestion and a health GI tract
are essential or proper nutrient
levels. Nutrients can onl be digested
and absorbed through ood and
supplementation when the GI tract is
unctioning well. Supporting digestion
is important and can be accomplished
b removing inammator oods, andsuppling oods with benecial bacteria
and those eas to digest. Having a
sufcient suppl o nutrients requires
both consumption o nutrient-dense
oods AND a properl unctioning gut to
digest and absorb the nutrition.
Nutrient deciencies in children with
autism include: zinc, calcium, iron, B6,
B12, olate, biotin, vitamin A, vitamin D,
essential att acids, and more.
Man o these nutrients are required or
other biochemical pathwas to work. For
example, B12, olate, and B6 are essentialor the transsuluration pathwa to
unction optimall.
Vitamin D decienc is common or
the general population and its true or
the autism population as well. Vitamin
D decienc in pregnant mothers has
been associated with autism.16 In the
developing etus, vitamin D induces the
expression o nerve growth actor and
stimulates brain cell growth. It appears
Vitamin D decienc ma pla a role
in the occurrence or exacerbation ohperoxaluria (high oxalates in urine).17
Supplementation has shown to be
supportive to children with autism18,19
and a nutrient dense diet can suppl
needed nutrients rom vitamins and
minerals to phtonutrients.
Traditioal Dits ad Culturs
Our modern world has a lot to learn
rom traditional cultures about how ood
choices keep people health and robust
rom generation to generation.
The oods the ate and the cooking
and arming practices the emploed
provided a nutrient dense diet that
nourished the bod. Traditional diets
around the world have a number o
consistencies (see sidebar). B todas
standard, traditional oods are
those raised and grown as the were
generations ago. Traditional oods
include:
Produce, grown on small
biodiverse arms resh,
plant-ripened, local, organic,
and in-season produce
Grass-ed or pastured animal oods
including use o the organs and
bones
Lacto-ermented oods
Soaked and ermented grains,
beans, and seeds
Unprocessed (raw) dair
(consumed i casein is tolerated)
And o course there were no
processed oods with rened
sugar, additives, preservatives,
llers, or MSG in traditional oods
Frsh, Plat-Ripd, Local, ad
Oraic Produc
Fruits and vegetables are high in
ber and nutrients, as well as special
phtonutrients onl ound in plants.The contain live enzmes when raw o
lightl cooked. Local, in-season, produc
is resher and higher in nutrients. When
ood is picked ripe, it is much lower in
problematic saliclates and higher in
nutrients. Being organic means reduc
pesticide exposure or the children who
cant detoxi well. Eating plant oods
supplies ber that is ermented b the
benecial bacteria into short-chained
att acids, providing uel or gut cells. F
this reason alone, ruits and vegetables
are ver important to consume.
Pasturd aimals
Animals that are pastured or grass-ed
(depending on their actual diet) are
much more nutrient dense than their
conventional counterparts. Fat-soluble
vitamins A, E, D, and K are much higher
in pastured animal oods, as are essenti
att acids.
Studies on eggs rom pastured chicke
have ound ten times the omega-3 att
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acids, our times the vitamin E, and two
times the vitamin A,20 as well as higher
amounts o olic acid and vitamin B12,21
than eggs rom conventionall raised
chickens.22
Meat rom grass-ed animals has higher
omega-3 att acids than meat rom
grain-ed animals, and studies show an
increase in omega-3 PUFA in humans that
consumed grass-ed bee and lamb.23
Grass-ed butter is higher in vitamin E,
vitamin A, and beta-carotene,24 as well as
CLA (conjugated linoleic acid). Fat-soluble
vitamins, essential att acids, olate, and
B12 are common deciencies in autism,
and the nutrient densit in these animal
oods is unsurpassed.
Traditional cultures also consumed
the organs and bone. Organs store a
great amount o nutrients so the are
ver nutrient-rich. Liver contains high
amounts o B12, olate, vitamin A, and
iron nutrients in which children withautism are oten decient. Bones contain
ionic minerals that are eas to absorb and
gelatin which is helpul or digestion.
Lacto-rmtd oods
Lacto-ermented oods have been around
or centuries. In act, it was essential
or storing and preparing ood, and
so our ancestors ate ermented oods
virtuall dail. Ever culture has its own
versions o ermentations some are
dair-based, others non-dair oods, as
well as beverages (alcoholic and non).Additionall, grains can be ermented
(although I will include them in the
section on soaked and ermented grains
as the are not consumed as live bacteria
but instead used as was o processing
and breaking down and making things
like bread easier to digest).
Fermented oods provide probiotics
good bacteria that support virtuall ever
area o our health b:
Regulating peristalsis and bowel
movements
Breaking down bacterial toxins
Making and utilizing needed
vitamins: B1, B2, B3, B5, B6, B12, A,
and K
Digesting protein into amino acids
(or use b the bod)
Producing antibiotics and
antiungals
Helping breakdown sugars,
lactose, and oxalates
Supporting immune sstem andincrease number o immune cells
Balancing intestinal pH
Protecting against environmental
toxins: mercur, pesticides,
pollution
Fermented oods provide billions o
cus (colon orming units),25 and are
growing and thriving on their own ood
source. The contain live enzmes, and
their alkalizing properties improve the pHo the gut or a health internal terrain.
Some practitioners, such as msel,
eel that because o these reasons, its
possible these probiotics ma colonize
better than supplementation.
Additionall, the good bacteria
crowd out and provide competition or
candida and pathogenic organisms that
are so prevalent in autism. The anti-
inammator eects o probiotics are
ver benecial or children who have
bowel problems.
Fermented oods are a wonderulsource o good bacteria and nutrients
that are ver healing or the gut. The can
be made great tasting and are excellent
or children with autism.
Soakd ad rmtd rais, bas,
ad sds
There are a number o substances in
seeds that are inammator and bind
nutrients, such as oxalates, phtates, and
lectins. Soaking grains, beans, and seeds
reduces oxalates. While all oxalate is a
problem, soluble oxalate is unbound and
more likel to leak into the bloodstream
and cause a problem. Soaking seeds
reduces soluble oxalate (make sure
to drain and rinse seeds). Phtates,
which bind to calcium, magnesium,
zinc, and iron and can cause decienc
and inammation, are also reduced
b soaking. Lectins, inammator
compounds ound in grains and other
oods, are broken down b ermentation.
Soaking and ermenting makes grains,
nuts/seeds, and beans more easil
digested, better tolerated, and less
inammator.
HOW TRADITIONAL DIETS
HEAL AuTISM
Boosti nutrit Lvls
Nutrient deciencies are common in
autism. Eating nutrient-dense oods
that will enhance the digestion andabsorption o other oods is important.
To bolster absorption o nutrients, oods
need to be easil digestible. Here are
some ideas and lessons rom traditional
diets to help children with autism
improve nutritional status:
Consume grass-ed and pastured
meats, dair (i tolerated), and
eggs. Animal oods are rich in
at-soluble vitamins and essential
att acids, as well as minerals.
Consume organ meats such as
liver, which are high in vitamin A,
iron, B12, and olate.
Eat local, resh, organic produce.
Soak grains to increase digestibilit
and nutrient absorption.
Vitamin D Traditional cultures
got more sunshine that we do.
Getting more sun exposure is
a start. Consuming oods withvitamin D such as cod liver oil,
grass-ed dair or ghee, liver, and
egg olk is another good idea.
Because o liestle, depletion,
and latitude, man o us require
vitamin D supplementation as
well.
Bone broths are rich in minerals
and nutrients including calcium,
which is oten inadequate with a
dair-ree diet.
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Improvi Distio ad
Hali th gut
Improving digestion, reducing
inammation, and healing the gut are
important steps in overall health and
healing. Children with autism benet
rom these traditional culture insights:
Add oods that heal the gut and are
anti-inammator such as antioxidant
and probiotic rich oods.
Consume oods that suppl benecial
bacteria (probiotics) such as non-
dair ogurt and raw sauerkraut.
Bitter herbs and greens stimulate bile
and the digestion o ats.
Eat a high ber diet. Fiber is ood or
the bacteria (prebiotics) rom which
the make short chain att acids that
uel the intestinal cells.
Bone broths are rich in gelatin, ahdrophilic substance that draws
water and supports digestion.
Coconut oil is a traditional at rich in
MCTs that are easil absorbed.
Ghee is high in butric acid, a short-
chain att acid thats good or the
gut.
Fish oil has anti-inammator
benets.
Remove inammator proteins,
particularl gluten, casein, and so.
Addrssi yast Ovrrowth
yeast is a harmul organism that can
aect energ level, clarit o thought,
and intestinal health. yeast overgrowth
is oten triggered b heav antibiotic
use common in children with autism
with poor bacteria-ghting abilit. yeast
overgrowth creates gut inammation and
decreases gut unction. Traditional diets
emplo the ollowing east preventing/
reducing strategies:
Low consumption o rened
sugar and bakers east, two
ingredients that eed east (ver
benecial or children with autism
most current candida diets
limit sugars).
Consume lacto-ermented oods
dail.
Drinking kombucha, a ermented
beverage that tpicall
contains a strain o east called
saccharomces boulardii that
kills candida and clostridia (a
pathogenic bacteria).
Consuming ker, both dair and
non-dair erments, have candida
killing eects.
Cod liver oil contains vitamins A
and D which are benecial or the
immune sstem and the abilitor the bod to mount a proper
attack against east.
Using coconut oil that contains
caprlic acid, which kills candida.
Improvi Dtoxifcatio
When childrens detoxication sstems
are not working optimall or are
overburdened b pre-existing toxins,
avoiding additional toxins rom ood
is important. Food based chemicals
can cross the blood brain barrier andaect the brain, creating hperactivit,
aggression, irritabilit, and sel-injurious
behavior. Traditional diets are naturall
devoid o these additives. Some areas to
address or autism are:
The use o traditional (non-toxic)
cookware cast-iron, enameled cast-
iron, and stainless steel.
Eating organic ood to reduce burden
o the liver or better detoxication
unction. Consuming eggs and crucierous
vegetables (like broccoli and
cabbage) that are high in sulur
support the livers detoxication
unction.
Avoiding articial ingredients and
additives that would not be present
in traditional diets.
Including ermented oods in the
diet, as the contain probiotics that
help in detoxication.
Adding liver (grass-ed onl) to ou
diet. The nutrients it contains are
ver supportive to our liver and
detoxication.
Supporti Immu Fuctio
An immune sstem that can ght
pathogens and properl mount an
inammator response (as well as turn
it o) is crucial or the health o children
with autism. Autisms lessons rom
traditional cultures include:
Consume health ats like cod
liver oil and especiall EPA
(highest in sh oil vs. cod liver
oil) or reducing inammator
response.
Avoid or rotate oods to reduce
exposure to inammator ood
proteins.
To eradicate east, bacterial, and
other pathogenic inections,consider a diet that starves the
bad bugs such as SCD/GAPS.
Eat according to traditional diets
b removing rened sugars and
reducing sugars o all sorts.
Add cod liver oil, high in vitamins
A and D, good or immune
unction and ghting inections.
Consider adding supplemental
vitamin D.
BALAnCIng BIOCHeMISTRy
Poor Mthlatio ad
Sulatio Biochmistr
Methlation, transsuluration, and
sulation are just one set o biochemica
pathwas that do not unction optimal
or man children with autism. These
pathwas can be supported b avoidin
certain substances that are processed b
those pathwas, and suppling nutrien
that are needed (and oten in low supp
For children or whom oxalates are anissue, lowering oxalates in oods can be
benecial. Traditional ood preparation
such as soaking seeds can help reduce
oxalate, particularl the more problema
soluble oxalate. For some children, takin
it a step urther and ollowing the low
oxalate diet is ver helpul (more availa
at nourishigHope.com).
Lectins and phtates are two other
substances that can create inammatio
and problems or children with autism.
Suggestions or addressing this include
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7/8REPRINTED WITH PERMISSION THE AUTISM FILE78 THE AUTISM FILE GLOBAL ISSUE 39
Eat plant-ripened ruits (the wa the
have been consumed traditionall).
When ruit is ripened on the plant,
saliclate levels are much lower.
Consume sh oil (vs. cod liver oil) that
can reduce sensitivit to saliclates.26
Soak grains, nuts, beans, and seeds or
at least 8 hours, then throw out the
water and rinse beore cooking. This
reduces oxalates, as well as phtates.
Ferment grains to help reduce lectins
and the inammator reaction o
oods.
Avoid oods containing articial
colors, avors, or preservatives that
have to be processed b the sulation
pathwa. Traditional oods do not
include these substances.
TRADITIOnAL DIeTS AnD BeyOnD
There are man health-promoting oodand nutrition principles traditional cultures
can teach us in the autism communit.
There are also valuable things the autism
communit can teach everone else.
With the toxic burden in our
environment and the health concerns o
children with autism, additional dietar
intervention is o ten necessar. As such,
the autism communit has adopted
several eective diets and applied them
to autism, in particular, the Gluten-
Free and Casein-Free (GFCF) diet, the
Specic Carbohdrate Diet, and Gut andPscholog Sndrome diet (SCD and
GAPS) (as well as the low oxalate diet and
low saliclate diets).
These diets have been ver healing
to children with autism, as the address
the our buckets (digestion, immune,
detoxication, metabolic). Interestingl,
these diets also have some traditional
principles but have certain modern rules
to address specic imbalances and health
concerns that take traditional diets and
add a modern twist.
gFCF Dit
Removing gluten and casein rom the
diet is one o the most valuable dietar
interventions or children with autism.
The gluten-ree and casein-ree diet
removes both gluten containing grains
(wheat, re, barle, and more) and dair
(casein protein). The removal o these
inammator proteins and opiate-like
compounds rom the diet serve man
children greatl.
Boy efc o Brai
While most children with autism needto avoid gluten or grains as a whole, some
can tolerate them with traditional cooking
preparations o soaking and ermenting.
Similarl, while man children with autism
need to avoid casein, regardless o the
source, some children can handle more
traditional orms o dair such as raw
dair or goat and A2 dair. M clinical
experience is that a small percentage o
children with autism who cannot tolerate
pasteurized milk can tolerate raw milk,
and others can tolerate goat milk.
Another problem with modern wheatand dair products that makes them ver
dierent than their traditional versions
is that processed wheat and dair
oods oten contain propionic acid, a
preservative that has been associated with
autism.7
SCD/gAPS
The Specic Carbohdrate and Gut and
Pscholog Sndrome diets remove all
starches, and disaccharides that means
no grains, potatoes, corn, lactose, or sugaro an kind except monosaccharides
such as ruit and vegetable sugar and
hone. For children lacking carbohdrate
digesting enzmes and with an
overgrowth o intestinal pathogens (both
common in autism), this diet can be ver
helpul or starving out the bad bugs
and reducing diarrhea and digestive
inammation.
Interestingl, both o these diets limit
grains in one orm or another. Traditional
diets placed much less emphasis on
grains and man cultures did not usegrains at all. During the Paleolithic era,
grains, as well as beans and dair, were
not consumed. Later on, in traditional
cultures soaking and ermenting methods
were essential or the digestibilit and
nutritional value o grains. These soaking
and ermenting methods helped those
people to eat them without a problem
while providing nutritional benet.
Coclusio
Children with autism are the canaries
in the coal mine, warning us about anenvironment that is toxic and ood that
is unhealth. The are telling us that we
cant live this wa an more.
What weve learned rom traditional
culture is that the wa ood is grown or
raised, prepared and cooked, processed
or not processed, all aect nutritional
status and human health.
To help heal our children toda and
best serve the next generation, we
should take a strong look back in time
and consider the traditional diets andoods our ancestors thrived on or
generations. No matter which autism
diet a child is ollowing, it can be
made healthier and more eective b
incorporating the principles and practices
outlined here.
Ever child with autism needs
nourishment and all autism diets should
contain good nutritional principles. As
we can see rom the science, traditional
diets are a wonderul wa to nourish our
children.
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8/8
N u t r i t i o n a l E x c e l l e n c e
Symptoms may include one or more of the following:
CONSTIPATION STOMACH PAINS INDIGESTION GASEOUSNESS OR BLOATING DIARRHOEA
DISCOLOURED STOOLS REFLUX OR VOMITING NIGHT TIME WAKENING IRRITABILITY
The Autism Clinic www.theautismclinic.com recommends supplements
as a nutritional support to good health. Jonathan Tommey advocates the use of supplements
to optimise health.We have a team of highly qualified nutritionists ready
to advise you on any areas relating to nutritional support,
free of charge. Simply phone 0870 066 4478.
To qualify for your 10% discount, please
phone freephone 0800 458 4747 and ask
for a copy of our latest catalogue, quoting
Autism File or order online at
www.highernature.co.uk/autismfile
10%OFF
TOREADERS
OF
THEAUTISMFILEDoes your child have gastro-intestinal problems?
Special diets and supplementary nutrition may help
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References