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The Use of Actos® (pioglitazone) in the Treatment of Autism Spectrum Disorders Whole Health & Wellness Phillip C. DeMio, MD, Medical Director Angela Shoemaker, Physician-To-Parent Liaison 733 Lakeview Plaza Blvd. 320 Orchardview Ave. Suite G Suite 2 Worthington, OH 43085 Seven Hills, OH 44131 614-436-2036 216-901-0441 © Phillip C. DeMio 04/08
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Actos in ASD Actos is a Glitazone A group of medications marketed/approved for diabetes in U.S. & internationally Off-label use for Immune System Variety of glitazones researched as such for many years Employed clinically as such for 7 years Initally in MS, then others 4 years now for ASD
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What are the Actions of Glitazones? Depends on the organ we’re considering Eg, pancreas vs. muscle vs. white blood cells Connects to which disease/symptoms we’re considering Glitazones have their effects (including “side” effects) no matter what we’re considering! This is true of all drugs and all supplements and all treatments! Connects to off-label & novel uses of medications and supplements
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Consider White Blood Cells as an Organ T-Lymphocytes Are white blood cells (WBC’s) The Generals of the Immune System Eg. Th-1 and Th-2 Excess Th-2 activity means autoimmunity, allergy, and lowered healthy immunity
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What Happens in Kids with ASD who have Abnormal Th-1/Th-2 Function? Immune dysfunction, autoimmunity and, allergy in ASD affects: Brain/nerves Gi tract/dysbiosis Lungs/respiratory/sinus systems Thyroid (and other hormonal organs) Frequent severe infections/fever Other/adult immune problems as mentioned Allergy (skin, respiratory, food) © Phillip C. DeMio, MD 2005
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Abnormal Th-1/Th-2 Function, cont’d This connects to variants of ASD: OCD Tics/Tourette Syndrome Immunity/autoimmunity/allergy (asthma) RAD Clinical and laboratory abnormalities Parents, siblings, and other relatives of persons with ASD (“later onset”)
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Actos’s Effects on Lymphocytes Actos shifts Th-2 back to Th-1 activity Apoptosis Now the generals can run the troops properly! Ie, aim at the bad guys, no friendly fire, and no civil war.
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Goals in the Use of Actos in ASD Improve the GI tract RE: leaky, & dysbiosis Reduce/eliminate frequent infections (But Angie & Dr. D.: my kid never gets sick!) Reverse autoimmunity (brain, gi, thyroid, etc.) Improve or eliminate allergy (and steroids, and aerosols, and antihistamine drugs…) Reduce viral load & dormant infectious agents The ultimate goal is better health and cognition
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Pragmatics of Actos in ASD Tablets, patented, lactose, not SCD legal Transdermal (Lee-Silsby) Cost; Avandia Diabetic kids with ASD: switch! Actos has 15 & 30 mg sizes Ramp the dose: begin with7.5 mg/day or less, and go up, usually to 30 mg in 7.5mg jumps. I do not presume “target” doses: one size fits none!
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Pragmatics of Actos in ASD Some patients sustain steady improvement with no problems… But there are potential undesired (“side”) effects with any treatment that is powerful enough to help our kids! Early mild effects, almost expected include: brief fever, GI “die-off (B & B),” and seeming mild “viral” infections (with or without rashes)
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Pragmatics of Actos in ASD More intense undesired effects: prolonged high fever, more marked signs of infection (viral upheaval), regressions, brisk increases in OCD’ish behavior, and diarrhea or abdomenal pain Hypoglycemic-like effects and low metabolic substrates: skinny kid, poor eater, intercurrent illness (see above), PM dosing, & mitochondrial/acidotic kids Fluid retention One child’s opisthotinos: ?pain, lactose, or spasm
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Pragmatics of Actos in ASD: a Few Comments Overall safety Comparing td with oral routes Follow-up blood tests (organ support) Time course of expected gainshow long do we “wait?” (cases without intense undesired effects) Blending with other therapies: HBOT, LDN, antivirals, etc.
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Pragmatics of Actos in ASD Let’s revisit the cases that have intense or brisk undesired effects “Foot in the door” What does it mean? Not throwing the baby out with the bathwater PULSING the Actos!
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Low Dose Naltrexone in the Treatment of Autism Spectrum Disorders Phillip C. DeMio, MD 320 Orchardview Ave. Suite 2 Seven Hills, OH 44131 216-901-0441 www.drdemio.com © Phillip C. DeMio, MD 2005
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Low Dose Naltrexone (LDN) Orginally for heroin addiction/opiate addiction. (Depade®, formerly Trexan®, ReVia® Concept behind such treatment Opiate receptors Drugs Endorphins/opiate peptides © Phillip C. DeMio, MD 2005
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Low Dose Naltrexone (LDN) cont. “side” effects of such treatment Depressed mood Respiratory symptoms “hidden” immune toxicity Other abnormal immune symptoms: brain; others “sub clinical” rise in endorphins …but fully blocked by the high dose of Naltrexone This led to the syndrome of opiate/endorphin withdrawal -agitation -respiratory (SOB, huffing, stuffy, cough) -diarrhea/cramps -“crawling skin”/gooseflesh © Phillip C. DeMio, MD 2005
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Opiate Peptides, Naltrexone, and the Immune Connection T-Lymphocytes Are white blood cells (WBC’s) Eg. Th-1 and Th-2 Excess Th-2 activity means autoimmunity, allergy, and lowered healthy immunity Peptides Those from gluten, casein, and others (“exorphins”) cause peptide-specific Th-2 stimulation (increased activity) That makes people sick! (symptoms in: ASD, MS, ALS, IBD, HIV, RA, SLE, asthma, allergy, and cancer to name a few) © Phillip C. DeMio, MD 2005
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Immune Connection cont. Endorphins Compete with exorphins So endorphins redirect Th-2 WBC’s away from allergy/autoimmunity Endorphins also stimulate healthy immunity (by heightening Th-1 activity) Endorphins are abnormally and strikingly low in children and adults who have ASD (and MS, ALS, IBD, HIV, RA, SLE, asthma, allergy, and cancer) (c) Phillip C. DeMio, MD 2005
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Low-Dose Connection Recall the rise in endorphins with full dose Naltrexone “side effects can be good” (a clue, a foot in the door) But full dose Naltrexone blocks the endorphins © Phillip C. DeMio, MD 2005
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Low-Dose Connection, cont. Why the low dose? Naltrexone at low dose retains it abliity to cause an endorphin rise If the dose is low enough, the endorphin- blocking effect of Naltrexone is gone in as little as two hours So most of the day yields higher endorphins They are not blocked They are free to “do good” (immune; other) © Phillip C. DeMio, MD 2005
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Low-Dose Connection, cont. Great benefit for ASD (and MS, ALS, IBD, HIV, RA, SLE, asthma, allergy, and cancer) The dose: Less than one tenth the orginal dose used for addiction. Currently the target doses are: 3mg/24 hours if less than 45kg 4.5mg/24 hours if over 45kg We will revisit “the”dose © Phillip C. DeMio, MD 2005
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LDN in Clinical use for ASD Immune dysfunction, autoimmunity and, allergy in ASD affects: Brain/nerves Gi tract/dysbiosis Lungs/respiratory/sinus systems Thyroid (and other hormonal organs) Frequent severe infections/fever Other/adult immune problems as mentioned Allergy (skin, respiratory, food) © Phillip C. DeMio, MD 2005
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Clinical use, cont. This connects to variants of ASD: OCD Tics/Tourette Syndrome Immunity/autoimmunity/allergy (asthma) Clinical and laboratory abnormalities Parents, siblings, and other relatives of persons with ASD (“later onset”) © Phillip C. DeMio, MD 2005
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Clinical Use, cont. Preparations Topical or oral Currently, same dose for each Swallowing, taste, and timing issues 11pm dose Maybe oral is better if: Constipated Crampy Diarrhea: start with topical What about gluten and casein? Make exorphins LDN may cause withdrawal if not gf/cf But may actually cause improvement We will revisit the dose © Phillip C. DeMio, MD 2005
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Clinical Use, cont. Sources Coastal Compounding Pharmacy (topical) Lee-Silsby Compounding Pharmacy (topical or oral) Others (experience/communication) Dr. McCandless after Dr. Bihari: Many responders More science and numbers than Dr. Kanner! © Phillip C. DeMio, MD
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What to Expect in Clinical Use “Effects” Bowels and brain Immune system They overlap! “Side” effects Bowels and brain Immune system Stimulation “good”: endorphins/transient “not good” Die-off Excess blockade of endorphins Constipation/agitation/sensory issues © Phillip C. DeMio, MD 2005
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Other Clinical Issues Itching and rash Unique situations Opiate drugs Pain Anesthesia Clonidine/guanabenz Enzymes Long term Will effects sustain? Experience outside of ASD © Phillip C. DeMio, MD 2005
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Revisiting the Dose Kids/adults can get the “not good” responses Some patients may not sustain Revisiting the dose Unsustained group Raise the dose (chasing your tail?) Pulse dose Kids on gf/cf diet Ultra-low-dose Naltrexone Start low and slow © Phillip C. DeMio, MD 2005
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LDN Conclusion Ultimately, as with other treatments Naltrexone helps many persons May help a little or a lot “effects” vs “side” effects © Phillip C. DeMio, MD 2005
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Transdermal DMSA in the treatment of the Autism Spectrum Disorders (ASD) © 5/06 Phillip C. DeMio, MD 320 Orchardview Ave, Suite 2 Seven Hills, Ohio 1 st Monday of the Month at Noon Radio Show on Autism One Radio, pdemio@autismone.com pdemio@autismone.com www.drdemio.com
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What is DMSA? (2,3-meso- dimercaptosuccinic acid) DMSA is a chelator What is a chelator? Chelators are substances that bind metals and extract them from the body (mostly into urine, stool and sweat). The process is called chelation and can take anywhere from a few months to 2 years.
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Why chelate in ASD? Toxicity in ASD Mercury Vaccines Dental Diet/other Mercury is very toxic Brain Immune system GI tract Metabolism Reproduction, skin, eye,… “No matter what the cause…” (even when Hg and others are detected, controversy remains)
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Toxicity in ASD cont. Others Toxic Metals Lead Aluminum Thallium Tungsten Arsenic Antimony, Tin, Bismuth They cause synergistic toxicity, in any known combination If it weren’t for mercury, aluminum, vaccines, and dental work these would not be nearly the problem they are today.
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Toxicity is ASD cont. Chelation and minerals treat Hg toxicity Simultaneous diagnostic information and treatment (essential and multiple toxic minerals) Useful in treatment of ASD Clean up the diet and the home Other toxins Testing is difficult Treatment overlaps with that for heavy metals, especially glutathione Clean up diet and home
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Chelation Based on history, exam, and testing Part of a whole program Must supplement “Side effects”: metabolic, renal, skin, gi/fungal, cognitive Musical chairs with sulfur Topical vs. oral vs. IV; non-sulfur types Requires follow-up with lab testing
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A brief history of chelation and DMSA in treatment of poisoning with Hg and other metals Why sulfur? (Mercaptans) First Larger scale use of DMSA was to replace IV EDTA in lead toxicity with an oral treatment DMSA was almost simultaneously found to be useful in toxicity with mercury and cadmium Most of these cases were acute and subacute
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History of Chelation and DMSA cont. Recall the toxicity issues with heavy metals and ASD. This is repeated acute exposure, but the result is a chronic problem This requires ongoing treatment (slow and steady) S. Cave and others: oral protocols
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Oral DMSA protocols Taste/swallowing issues GI issues “gi upset, irritation”, and other similar symptoms Yeast! Liver: why an oral issue? (less so with transdermal DMSA) Labs Follow metals Hg and other toxic metals Nutritional metals (are the result of ongoing treatment) Liver, kidneys (not unheard of)
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Why Transdermal DMSA? It works! Avoids oral aversions and many of the gi issues (it and eg. IV GSH can sometimes still stir up yeast) Other compliance/convenience points (“asleep”, & etc,) “timed-released” naturally
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Transdermal DMSA cont. Things to know: Use gloves (eg. pregnant mom) Odor Rashes Yeast Metals moving Can happen with any chelation (even oral/nasal/drops/IV/”natural”)
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Transdermal DMSA cont. Compounding R.Ph. Invented by Lee-Silsby 85% vehicle Varies more than oral products from one shop to another Dr. DeMio’s rule The pharmacist must talk to Dr. and parents Stability/quality/experience
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Transdermal DMSA: Other Considerations Generally use with GSH or NAC (routes) Brain Chelation: alpha-lipoic acid (topical), some others Use in other disorders: ADHD, OCD, ODD, Asperger’s Syndrome, PDD(nos), RAD/adoptive issues, tics, apraxias, LD’s, shadow syndromes Alzheimer’s Disease, MS, ALS, “neurodegenerative disorders” Autoimmune: RA, SLE, IBD, severe “IBS,” severe eczema; severe allergy, autoimmunity, hypoimmunity Cardiovascular Issues
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Transdermal DMSA Follow- up: What do we look for? Labs (metals, metabolic) Clinical (ie, not just on paper) “side” effects (clinical, labs) Chelation is a big commitment (doctor, parent, patient)
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Time for Questions & Comments…
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