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    Dr. Sharon Hausman-Cohen: How to Address Dementia, Autism, and Other Chronic Diseases with Genomic Testing

    enFebruary 21, 2024

    Podcast Summary

    • Identifying Main Contributors to Health Issues through Personalized Labs and NutritionFunctional medicine doctors need comprehensive lab data to determine root causes of health issues. Rupa Health offers a solution by allowing practitioners to order labs from various companies in a single portal for free. Personalized nutrition, including the discovery of essential fatty acid C15, plays a crucial role in longevity and disease prevention.

      While there are multiple genes that contribute to complex health conditions like diabetes, heart disease, cognitive decline, and mental health issues, the focus should be on identifying the main contributors to personalize interventions. Dr. Mark Hyman emphasizes the importance of functional medicine doctors having access to accurate and comprehensive lab data to determine the root causes of health issues. Rupa Health offers a solution by allowing practitioners to order labs from various companies in a single portal for free. Additionally, the discovery of Pentidocanelic acid (C15) as an essential fatty acid with significant cellular benefits adds to the importance of personalized nutrition for longevity and disease prevention. Dr. Sharon Hasman-Cone, an expert in integrative medicine and genomics, discusses the potential of using genetic information to optimize health and prevent disease, debunking the misconception that genetics predetermine our health outcomes.

    • Genetics and Cognitive FunctionUnderstanding genetic variations can lead to personalized treatments for cognitive conditions like dementia and Alzheimer's disease, and shared genetic profiles may reveal potential for personalized approaches to treating conditions like autism.

      Our genetic makeup, including the variations in our genes, plays a significant role in our health, including cognitive function. The genomic revolution can provide personalized information about our individual genetic profiles, allowing for more effective and personalized treatments for conditions like dementia and Alzheimer's disease. Dr. Sharon Hasman-Cone, a leading expert in the field, explains that while we all have approximately 20,000 genes, there are millions of variations in those genes that can impact their function. These variations can influence our health outcomes, and understanding them can help us make informed lifestyle choices to optimize our genes and improve our overall health. Additionally, the genetic profiles of individuals with conditions like autism and Alzheimer's disease share similarities, highlighting the potential for personalized approaches to treating these conditions. Overall, the genomic revolution offers exciting possibilities for addressing the mental health crisis by providing personalized information and treatment options based on our unique genetic profiles.

    • Genes and lifestyle: Interplay in healthUnderstanding genes and lifestyle interactions can lead to personalized health optimization through medicine, nutrition, supplements, and microbiome support.

      Our genes are not our destiny. While we may have predispositions to certain health conditions based on our family history, our lifestyle and environmental factors play a significant role in turning genes on or off and regulating their expression. For instance, the Pima Indians, who were once free of diabetes and obesity, became highly susceptible to these conditions when they adopted a high-sugar diet. Today, advances in genetics and technology have made it possible for individuals to understand their unique genetic code and predispositions for a fraction of the cost. This knowledge can be used to optimize health through personalized medicine, nutrition, supplements, and microbiome support. The future of healthcare is moving towards a more personalized approach, leveraging the vast amounts of data that can be collected through genetic testing and AI. Sharon, a leading expert in this field, has dedicated her career to unraveling the complexities of genomics and genetics to make it usable for individuals. This revolution in personalized medicine holds great promise for addressing various health challenges and improving overall well-being.

    • Understanding the differences between genetics and genomicsGenetics focuses on specific gene variants causing inherited diseases, while genomics explores the complex interplay of genes and environmental factors contributing to chronic diseases, enabling personalized treatments based on gene patterns and health risks.

      Genetics and genomics are two distinct areas of study in medicine. While genetics focuses on inherited diseases caused by specific gene variants, genomics explores the complex interplay of multiple genes and environmental factors contributing to chronic diseases like diabetes, heart disease, and cognitive decline. Research in genomics aims to understand the functions of these genes and how they can be modulated to improve health outcomes. For instance, some genes like FTO and TCF 7L2 have significant impacts on metabolism and insulin production in diabetes. By identifying these genes and their downstream pathways, precision medicine can be employed to address individual health risks and optimize treatments. It's essential to recognize the differences between inherited genetic disorders and chronic diseases, as lifestyle choices and environmental factors play significant roles in the latter. Personalized genomics testing can reveal patterns of genes and their impacts on health, providing valuable insights into an individual's risk factors and potential protective factors.

    • Understanding the role of multiple genes in chronic diseasesA more comprehensive approach to polygenic risk scores includes looking at a multitude of gene variants, as well as nutrients, detox, inflammation, and gut health for personalized care.

      Understanding the role of multiple genes, or polygenic risk, is crucial when it comes to chronic diseases such as Alzheimer's. While a polygenic risk score can include over 100 gene variants associated with a disease, it doesn't provide actionable information unless the function of the gene and how to modify it are known. Traditional polygenic risk scores often overlook important factors like detox genes, genes affecting brain ischemia, and inflammatory pathways. A more comprehensive approach involves looking at a multitude of gene variants, as well as nutrients, detox, inflammation, and gut health. By taking this holistic view, healthcare professionals can provide personalized care for patients with cognitive decline, mystery illnesses, and other chronic conditions. Furthermore, research teams are working on finding ways to modify genes, such as turning off the promoter of genes like TNF alpha, to help reduce the impact of these genes on health.

    • Understanding how genes are expressed and influencedOur genes hold the potential for different expressions influenced by factors like diet, exercise, stress, social connections, and environmental toxins. We can modify their impact through lifestyle choices and interventions.

      While our genetic code may be fixed, the way our genes are expressed, or "played," can be influenced by various external factors. This concept is known as the exposome, and IntelliX DNA focuses on optimizing it to protect and enhance our health. Our genes are like the keys on a piano, each one holding the potential for different expressions, or "music." These expressions are influenced by factors like diet, exercise, stress, social connections, and environmental toxins. Even if we have a predisposition to certain conditions, we have the power to modify their impact through lifestyle choices and other interventions. For instance, intense exercise can upregulate the FTO gene, which is linked to obesity and metabolic disorders. Understanding how our genes respond to various inputs can help us make informed decisions about our health and well-being.

    • Maintaining Optimal Health: Addressing Nutrient Deficiencies and Managing StressMagnesium deficiency is common due to soil depletion, and Dr. Mark recommends Bioptimizers' Magnesium Breakthrough for optimal absorption and health benefits. Armra Colostrum is a superfood that supports nutrient absorption, healthy blood sugar levels, and fat burning.

      Maintaining optimal health involves addressing nutrient deficiencies and managing stress. Dr. Mark discussed the importance of magnesium, which is often hard to obtain through diet alone due to soil depletion. Magnesium plays a crucial role in numerous bodily functions, and most Americans are deficient or insufficient in it. He recommended Bioptimizers' Magnesium Breakthrough formula, which contains seven different forms of magnesium and offers numerous health benefits. Additionally, Dr. Mark introduced Armra Colostrum, a superfood that provides various research-backed health benefits, including supporting nutrient absorption, healthy blood sugar levels, and fat burning. He also mentioned his work with Del Bigtree on dementia research, emphasizing its prevalence and the need for understanding the underlying causes to provide effective solutions.

    • Genetics and gene expressions can lead to modifying a person's biology and reversing serious illnessesIdentifying specific genes and their expressions can reveal underlying health issues and guide personalized treatments, potentially reversing serious conditions like dementia

      Understanding a person's genetics and specific gene expressions can lead to modifying their biology and reversing the course of serious illnesses, such as dementia. A case in point is a patient with a collection of high-risk genes, including those affecting methylation, detoxification, and lipid metabolism. This patient, who had significant dementia, was unable to methylate and detoxify properly, leading to high levels of mercury and other toxins. By addressing these underlying issues through targeted treatments, the patient's cognitive function improved significantly, and they essentially lost the dementia diagnosis. This experience highlighted the importance of individualized approaches to healthcare and the potential for gene-gene interactions to significantly impact disease risk. The work of Dr. Dale Bredesen and his team further supports this idea, revealing that there are over 400 different combinations of gene interactions that contribute to dementia risk. For instance, the absence of certain genes like GST-T1 and GSTM1 can impact a person's ability to get rid of toxins and increase their risk, especially when combined with other genes like APOE4. Overall, this case study demonstrates the potential for personalized, genetics-based treatments to transform the lives of those facing serious health challenges.

    • Personalized approaches to managing cognitive decline based on genetics and inflammationGenetic testing and inflammation profiling can lead to dramatic improvements in managing cognitive decline by optimizing diets, addressing specific inflammation types, and addressing root causes like detox, nutrients, and cardiovascular risk.

      Understanding an individual's unique genetic makeup and inflammatory profile can significantly improve the approach to managing cognitive decline, such as vascular dementia. For instance, optimizing diets based on genetic factors, like APOE4 individuals and their sugar metabolism, can lead to substantial improvement. Additionally, addressing specific inflammation types, such as interleukin one alpha and beta or TNF alpha, through targeted supplements can make a difference. Misdiagnosis of dementia is common, and addressing root causes like detox, inflammation, nutrients, cardiovascular risk, and clotting can lead to significant progress for many individuals. Although not a cure-all, personalized approaches based on genetic testing can lead to dramatic improvements for some, making it an exciting area of research in managing cognitive decline.

    • Revolutionizing complex health conditions with genomicsGenomics offers personalized insights for complex health conditions like Alzheimer's and dementia, focusing on unique causes and genetics, and shows promise for reversing cognitive decline

      The field of genomics is revolutionizing our approach to understanding complex health conditions, such as Alzheimer's and dementia, by providing valuable insights through simple methods like a cheek swab. This new perspective, often referred to as network medicine or systems medicine, recognizes the heterogeneity of these conditions and moves away from labeling people based on symptoms alone. Instead, it focuses on identifying unique causes and genetics. This approach has shown promising results in reversing and significantly slowing cognitive decline, offering hope for those affected. While traditional medicine has yet to fully embrace this complexity, studies and evidence are beginning to emerge, highlighting the potential for personalized interventions and lifestyle modifications to improve overall well-being and prevent diseases. For instance, understanding an individual's genetic makeup, like Chris Hemsworth's APOE double four, can help tailor prevention strategies and interventions.

    • Genetics and Health: It's More Than Just Our GenesGenetics play a role in health, but lifestyle and environmental factors also impact gene expression. Precision medicine identifies specific genetic and environmental factors for personalized interventions, reducing stigma and improving outcomes.

      Genetics play a significant role in our health, particularly when it comes to cognitive function and mental health. However, it's important to remember that genetics are only one piece of the puzzle. Lifestyle factors, environmental influences, and other genes can all impact how our genes express themselves. For example, someone with the APOE4 gene, which is associated with an increased risk of Alzheimer's, may not develop the disease if they have other protective genes or maintain a healthy lifestyle. Conversely, someone without the APOE4 gene may still develop Alzheimer's if they have other risk factors. Similarly, mental health conditions like ADHD, anxiety, and depression are not caused by a single gene but rather by a complex interplay of genes and environmental factors. By taking a precision medicine approach, we can identify the specific genetic and environmental factors contributing to an individual's condition and develop personalized interventions to address them. This approach can help reduce the stigma surrounding mental health conditions and improve outcomes for those affected. Moreover, it's essential to remember that genetics are not destiny. Regardless of our genetic makeup, we have the power to make choices that can positively impact our health. By focusing on modifiable lifestyle factors like diet, exercise, and stress management, we can reduce our risk of chronic diseases and improve our overall wellbeing.

    • Genes and environmental factors impact mental and physical healthFocusing on improving foundational health, especially in children, through addressing gut health, detox, and other contributing factors, can help prevent and manage mental health disorders and Alzheimer's, which are influenced by both genes and lifestyle factors.

      Our genes and environmental factors, including diet and toxins, can significantly impact our mental and physical health, potentially leading to conditions like autism, ADHD, anxiety, depression, and even Alzheimer's. For instance, the SHANK3 gene, which is linked to intellectual disability and autism, can affect one's ability to speak, yet carriers of this gene can still be professionals with advanced education. The goal is to focus on improving foundational health, especially in children, through addressing gut health, detox, and other contributing factors, rather than labeling and stigmatizing them with diagnoses. Interestingly, the genetic profiles of individuals with mental health disorders and those with Alzheimer's can be quite similar, with issues like methylation problems and inflammatory genes. Mental health disorders, which are the biggest source of economic burden and disability, are influenced by both our genes and lifestyle factors, including diet and environmental toxins. Understanding the genetic basis of these disorders can help us tailor treatments and preventative measures, ultimately improving overall health and well-being.

    • Genetic variations impact susceptibility to health issuesUnderstanding specific genetic variations can help individuals take measures to mitigate risks, such as consuming certain foods or avoiding specific environments, for optimal health based on unique genetic makeup.

      Our genetic makeup plays a significant role in how our bodies respond to environmental toxins, and certain genetic variations can increase our susceptibility to health issues like chronic fatigue and osteoporosis. For instance, the CYP-1B1 gene, which is responsible for metabolizing toxins, can be overactive, making it harder for individuals to eliminate air pollution and other toxins, leading to increased sensitivity and even carcinogenic effects. Another gene, PON1, affects the ability to clear pesticides. Understanding these genetic variations can help individuals take specific measures to mitigate their risks, such as consuming certain foods or avoiding specific environments. Overall, genetic testing and functional medicine can provide valuable insights into optimizing one's health based on their unique genetic makeup.

    • Genetics and Health: Understanding the ConnectionGenetics influence health risks and treatment responses. Specific gene patterns can increase risk for chronic conditions and impact inflammation. Natural remedies like sesame oil, garlic, cinnamon, CBD, and quercetin can boost IL-10 production. Individuals with certain genes, like APOE2, may benefit from targeted interventions for brain health.

      Certain genetic factors can increase an individual's risk for specific health conditions, such as lymphoma, and impact their response to certain treatments. For example, a specific gene pattern associated with decreased IL-10 production can lead to an increased risk for chronic widespread pain, fibromyalgia, rheumatoid arthritis, asthma, and inflammatory bowel disease. This imbalance in inflammation can be addressed through natural means, such as consuming foods like sesame oil, garlic, cinnamon, and certain supplements like CBD and quercetin, which have been shown to increase IL-10 production. Additionally, individuals with certain genetic variations, such as the APOE2 gene, may benefit from targeted interventions for brain health as they age. Overall, understanding one's genetic makeup can provide valuable insights into potential health risks and effective preventative measures.

    • Unlocking your unique health profile through geneticsGenetics can reveal valuable insights into your health, allowing for personalized choices to optimize wellbeing, such as reducing toxin exposure or considering preventative measures based on individual risk factors.

      Understanding your genes can provide valuable insights into your health and help you make personalized choices for optimizing your wellbeing. For instance, knowing that you have a harder time detoxifying environmental toxins due to your genes means you should focus on reducing your exposure and up-regulating detox pathways. Additionally, discovering that you have a higher risk of osteoporosis, as one example, can lead you to take preventative measures and consider targeted supplements or medications, depending on your age and circumstances. Genomics serves as a map to your unique health profile, enabling you to tailor your lifestyle and diet to better support your body's needs. The future of medicine lies in this personalized approach, and having a doctor trained in integrative and functional medicine can help you navigate the complexities of your genetic information.

    • Revolutionizing Personalized Medicine with IntelliX DNAIntelliX DNA offers healthcare professionals a comprehensive tool to understand SNP testing, access relevant data, and make informed decisions based on evidence-base, going beyond traditional pharmacogenomics and opening up a wealth of information for optimizing patient health.

      IntelliX DNA is revolutionizing personalized medicine by providing healthcare professionals with a comprehensive tool to understand SNP testing, access relevant data, and make informed decisions based on the evidence base. This goes beyond traditional pharmacogenomics and opens up a wealth of information that can help doctors optimize their patients' health. The future of medicine lies in this type of accessible, usable information, and IntelliX DNA is leading the way. The company focuses on being a clinical decision support tool, which can only be sold to licensed healthcare clinicians. By doing this, they can provide more detailed information and guidance than would be possible with a consumer-facing product. The tests offered by IntelliX DNA cover a wide range of areas, including gene expression patterns and various health conditions. The data behind each SNP is provided, along with evidence-based recommendations for how to use the information to benefit patients. This is an exciting time in medicine, as the use of genetic testing and SNP analysis becomes increasingly common. IntelliX DNA is making a significant contribution by making this information accessible and usable for healthcare professionals, enabling them to provide truly personalized care to their patients.

    • Accessible and actionable gene information for healthcare professionalsIntelliX DNA offers healthcare pros a buccal swab test with reports on chronic illness, brain health, mental health, and more, including hotspot analysis for personalized recommendations.

      IntelliX DNA is a genomic science application designed to make clinically significant gene information accessible and actionable for healthcare professionals. The team behind IntelliX DNA went through extensive research to identify important genes and their associated clinical implications. They developed reports focused on chronic illness, brain health, and mental health, among others, which include foundational information on gut, inflammation, nutrition, and detox. The process involves ordering a simple buccal swab test, which takes about three weeks to come back. IntelliX DNA offers free training and mentoring for healthcare professionals and also maintains a list of trained doctors on their website. The reports include hotspot analysis to help physicians identify priority genes and make personalized recommendations. IntelliX DNA aims to improve the field of medicine by providing precision to the foundation built by organizations like IFM.

    • Using AI and ML in personalized DNA testingAI and ML in healthcare, particularly DNA testing, can enhance diagnosis and treatment plans but require regulatory approval. IntellixDNA, which combines human expertise and data analysis, is a step towards integrating these technologies in clinical practice.

      The use of machine learning and artificial intelligence in healthcare, specifically in the context of personalized DNA testing, holds great promise for improving the accuracy and efficiency of diagnosis and treatment plans. However, there are regulatory hurdles to overcome before these technologies can be fully integrated into clinical practice. The IntellixDNA test, which uses a combination of human expertise and data analysis, is a step towards this future, providing valuable information for healthcare practitioners to optimize their patients' health. To learn more about IntellixDNA and find a practitioner in your area, visit IntellixDNA.com.

    • Exploring Health Optimization with Dr. Mark Hyman's Podcast and NewsletterListeners can learn about health optimization from Dr. Mark Hyman's podcast and sign up for his weekly newsletter for recommended tools and resources.

      That Dr. Mark Hyman, a renowned functional medicine practitioner, shares his expertise and insights through his podcast, The Doctor's Pharmacy. He introduces listeners to various experts and discusses topics related to health optimization. Additionally, Dr. Hyman offers a weekly newsletter called Mark's Picks, where he shares his favorite tools, supplements, and resources for enhancing health. Listeners are encouraged to sign up for this newsletter by visiting drheiman.com/picks. It's important to note that the podcast's content is for educational purposes only and should not replace professional medical advice. Sponsors help keep the podcast free and accessible to the public. Dr. Hyman emphasizes the importance of seeking professional help for health concerns and encourages listeners to find a qualified medical practitioner.

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    Episode 2 - How to live forever with fasting (ok, well at least longer and better)

    Episode 2 - How to live forever with fasting (ok, well at least longer and better)

    How to live forever the Fasting Episode

     

    0- 1:00

     

    Jody: Guys, I don’t want to die.

     

    Matt: Shut your mouth

     

    Jody: Sorry.  I’m just scared.

     

    Mike: Seriously, keep your pie hole shut

     

    Jody: What did I say?  

     

    Matt: You’re not hearing us.  Just don’t eat, man. You can talk.  Just quit shoving calories down your gullet.

     

    Jody: And I’ll live forever?

     

    Mike: Well…….maybe………

     

    1:00 - 2:40

     

    Mike: Ok, so no you’re not going to live forever, but if you want to extend your life, then honestly, simply eating less is probably the absolute best way to do it.  And that’s a pretty cheap, easy intervention.

     

    Matt: Except it’s not completely simple. Yes, calorie restriction has to been shown to really lead to increased longevity in a lot of animal models.  It not only leads to longer life, but better longer life as well and extends median and maximal life span in rats, mice, fish, flies, worms, monkeys, and yeast.

     

    Jody: That’s really exciting.  I can’t wait to tell my pet yeast and flies. They’re gonna be so pumped.  What about humans? That’s what I happen to be. Or pretty close to it.

     

    Mike: Great point.  Yes, it’s pretty difficult to replicate some of these studies in human.  You can double a fly’s life span in a study and it only takes about 2 weeks to get results and no one is crying over not being able to go out for pizza with their friends.  So, it’s both hard to extrapolate this data, and it’s hard to repeat in humans.

     

    Matt: Right, but we we do know a few things…...we think.  The fact that we see this effect in multiple species means it “probably” applies to many other species not studied, including us because it doesn’t seem to be a species specific adaptation, and when it applies to primates, it usually applies to us.  And there was that really great U of Wisc study of primates where they restricted calories by 30%, and the monkeys were living to be the equivalent of like 130 in human years. And, they were living better! Less calories reduces metabolic rate and oxidative damage and improve age-related markers like insulin resistance.  So, you don’t just live longer. You actually age more slowly, which is different. It’s better.

     

    2:40 - 3:50

     

    Jody: Sold.  I’ll just cut 30% off my cheesburger and fries and live forever with the amazing, disease free body I have now.

     

    Mike: Well…….if it was that simple we wouldn’t be talking about it.  

     

    Matt: You’re gonna rain on our parade and talk about the brain integrity study, aren’t you.

     

    Mike: Yep.  It’s almost like you and I have discussed this before.  Jody, before you or your grey mouse lemur primate go balls to the wall with calorie restriction you should check out the study at Nature.com just this year.  Yes, these lemurs lived longer.  50% longer. So, translating that to humans that’s like going from 80 to 120, and they seemed to live better like the other studies with reduced aging-associated diseases and preserved brain white matter. BUT, they had accelerated loss of grey matter in the cerebrum.  

     

    Matt: Ok, ok.  So, yes, Jody probably doesn’t have much grey matter to spare. But what does this mean exactly? They still had all those benefits, just like all the other studies as well, and this one, single downside. Seems like the balance of benefit to harm is still pretty heavily in the benefit category, right?

     

    3:50 - 4:50

     

    Mike: Well, probably.  And like you and I have discussed in the past, we may be able to moderate or eliminate that downside by getting a little more clever than a simple, strict 30% calories restriction forever.

     

    Jody: The suspense is killing me.  Any chance we skip the talk of IGF, gene transcription, protein synthesis modulators, etc and just tell me what to do.

     

    Matt: We got you.  We’ll give you some action points, but let’s geek out just a bit more for the science nerds out there.  Let’s dig into this lemur study. I love this study because these primates are very similar to humans, not just metabolically, but also when it comes to their brain aging.  They get amyloid lesions, which correlates to Alzheimer’s in humans, so we think they’re a very good model to compare to. So, let’s discuss. Jody, why would you care about your grey matter and if it atrophies?

     

    Jody: Seems bad.  What do you mean?

     

    Matt: Well, you’re brain isn’t going to look worse in a bikini with atrophied grey matter.  Your thick skull has it hidden. So, why do you care?

     

    4:50 - 5:40

     

    Jody: Well, I don’t want to pee my pants and forget my kid’s name when I’m old.

     

    Matt: Exactly.  It’s obviously the effect that’s important.  And luckily for us, they studied that’s it. The headline of the story is that the grey matter atrophied, and that’s what everyone was talking about.  But when you look at these monkeys’ performance on motor and cognitive tests they actually didn’t really have a drop off. So, I would absolutely hate for anyone to throw the baby out with the bathwater based on this and say not to calorie restrict because of this MRI finding that no one showed actually had a clinical effect.

     

    Jody: So…...it doesn’t matter if the grey matter atrophies.  Or it does matter.

     

    Matt: That’s an easy answer.  I have no idea. I’m just saying, we have real clinical benefits, and there are what LOOK like negative effects on MRI, but absolutely no proof of clinical negative effects.  

     

    Jody: So, you’re not worried about grey matter atrophy?

     

    5:40 - 6:50

    Matt:  I definitely didn't’ say that.  I want my grey matter to be plump and robust as possible if I had a choice, but I don’t want to give this more credit than it’s due. You’ll notice that CR actually had sparing effects on the white matter.  So, I have no idea what this means. Performance wasn’t affected one way or the other in this small primate study. There’s clearly a big benefit to calorie restriction, and if we somehow can mitigate this quote-unquote problem, then I’m all for it.  If I figure out how, then I’m all in. Otherwise, I’m still a big fan of CR. Let’s just talk about how exactly now.

     

    Jody. Yes, lets.  Because the more I think about it, I’m not sure I actually want to cut 30% off my cheeseburger the rest of my life.

     

    Mike: Well, I don’t think you necessarily have to.  You see the reason CR works is because, we think it reduces things like the igf-1 axis and the tyrosine kinase pathway. Both of these functions are active in the fed state and can lead to aging, cancer, diabetes, heart diseases. But CR and fasting also works by activating cellular mechanisms for autophagy and apoptosis. Autophagy means to eat one-self.

     

    Jody: Dude, that doesn’t sound good.

     

    6:50 - 8:40

     

    Mike: I know, but what if your cells are just eating the weak broken-down parts of themselves. That's an oversimplification of the process, but basically calorie restriction induces a fasting state that leads to your cells looking to themselves for nutrients and energy. They automatically activate autophagosomes which scavenge the cell for broken proteins, old organelles, mitochondria, and other structures in disrepair. In essence, it’s a way for your cells to be out with the old and in with the new. Without fasting, or calorie restriction, you’re cells don’t go into autophagy and don’t get the chance to clean out themselves. Apoptosis, is similar, although it happens on a higher level, leading to cellular destruction of old broken cells and eventually replacement with new ones. Both, mechanisms occur in response to CR or fasting and are the panacea of longevity research right now. The idea being that cell rejuvenation and regeneration leads to management of and prevention of chronic diseases such as diabetes, CVD, Alzheimer's, autoimmune diseases, basically anything that can kill you.

     

    So, getting to my point, you don’t have to activate these pathways with strict chronic calorie restriction for the rest of your life, turns out you can turn these pathways on and off relatively quickly, and still gain some of the benefits without losing 30% of your calories.

    For example, anybody that follows this literature knows about the man, the myth, the legend.  Valter Longo. He’s shown pretty good results with his fasting mimicking diet, which is not as difficult as traditional fasts, probably has the same benefits, and I have personally used………..

     

    8:40 - 12:35

     

    Matt: Ok, so I have some issues with the FMD. My first issue is that they sell a product to go along with it.  Now, when I first heard this I completely dismissed the whole thing outright. Honestly, it made me a little mad. I had always felt like the CR data was not only very convincing because of its sophistication, but also because I’m very, very skeptical of medical research as a whole because there’s just so much stinking money from pharmaceutical companies and so many conflicts of interest that it’s hard to trust.  But what could be more free from conflict than something that is the absence of consumerism or paying for pills. Who benefits from you buying and eating less? So, it just really ticked me off to see a product all of the sudden tied to the research. Of course, I then found out later that Dr. Longo donates his shares to a non-profit and doesn’t take money from it. So, I have massive respect for Dr. Longo and his work and I’m not suggesting anything nefarious of the man, but I’m still a little skeptical of this product.  I don’t think it should be hard for people to get the same benefits, just as easy, without buying something. Having said that, I totally get that having a pre-packaged meal may mean higher compliance and benefit for more people. I get it. There’s just something about eating food from a wrapper that will always bother me, especially if I can get the same results without doing that.

    So, for me, what I recommend to my family and do myself is a similar 5 day FAST with homemade bone broth instead of their packed product.  Obviously, you have to be careful about your protein intake in general if you want to true benefits of fasting and the autophagy, but someone with my metabolism can take a pretty good amount of bone broth and get those results.  We’re not going to go into the signaling and issues around too much protein right now. I really don’t think we’re approaching those levels of protein with what I propose. And I feel comfortable having my mom, who doesn’t have my metabolism take 12-16 oz of bone broth per day during her fasting period.  And, honestly, there are so many great benefits of such a nutritionally dense food as bone broth that I prefer that to their packaged product even if both were free. I think it’s a better choice personally. All that collagen, minerals, etc. Yes, I understand that making bone broth is more difficult than buying the products.  But if you could see the look on my dog’s face when she gets the leftover bones, that’s priceless man. Of course, you could totally do a 5 day water fast if you’re super hard core. But one of the things I liked about Longo’s most recent study is that he had a 75% compliance rate. I do not think that would have been possible with a strict fast.  And no reason to torture people if we really could get similar results without the pain.

     

    12:35 - 14:00

     

    Jody: Ok, so 5 days per month of FMD, either with their product as a support like bone broth.  I would love to have your glowing skin and youthful joints, Matt, by getting that extra collagen protein in my diet.  What about intermittent fasting? Useful? Do that also? Instead of this?

     

    Matt: Well, define intermittent fasting. What do you mean?

     

    Jody:  I mean, skipping breakfast basically.  Eat dinner at 8p and don’t eat again until noon the next day.  So, 16 hour fast each day.

     

    Matt: Right, so that’s what most people mean with IF.  I think a better term is just time-restricted feeding. And I’m a huge fan.  I do that exact protocol, and I try to restrict my feeding window to as small as possible.  8 hours, from noon to 8 is good, but if I can get it down to 6 hours from 2-8 or even 4 hours and eat only between 2-6pm, or even just eat one big meal in the evening then I think there are great benefits to that.  Studies have shown that to be an independently positive thing to do for body composition and other markers even if you eat the exact same amount of calories. So, yes, doing this is great regardless of whatever else you do with more prolonged fasts.

     

    14:00 - 15:15

     

    Mike:  I think it’s important to recognize the differences though between time restricted feeding and prolonged fasting or a fasting mimicking diet. To truly activate autophagy you need to be in a fasting state, and for the most part, we think you need to diminish your glycogen stores. Now that might be possible if you throw in a hardcore workout into a short fast, but for the most part, we think it takes 2 days or more to activate autophagy. I have not seen or heard of autophagy occuring at any meaningful level with just 24 hours of fasting. And not with time restricted eating. Not to say those are bad for you, just they don’t activate autophagy.

    Personally, I do both. Time restricted eating, and less regularly, I’ll go a FMD or a prolonged fast. That way you get the metabolic and hormonal advantages of time restricted eating, along with the apoptosis, autophagy, and longevity advantages of prolonged fasting.

    15:15 - 19:30

    Matt:  Plus when you refeed after a prolonged fast you get stem cell activation that re-grows healthy cells leading to organ and tissue rejuvenation.  So, that’s why I don’t straight 30% calorie restrict every day like in these studies. That’s a great study protocol to apply to rats or monkeys for years at a time.  But that’s tough. It sucks to eat 30% less of the cheeseburger the rest of your life. I think it’s much easier to time restrict my calories, but still totally feast at the end of a long day, and then only occasionally muster up the willpower to do a prolonged 3-5 day fast.  Most days, I’m active. 4 kids, multiple jobs. I need the calories. But time restricting both gives me health benefits and more freedom with my time honestly. Having to only worry about 33% to 66% as many meals as other people means I can spend that time and energy on reading esoteric studies on time restricted feeding.

     

    (Discussion about when to eat during the day between Mike and Matt.  What time is the best time to eat based on the science and what works for your family and life situation)

     

    19:30 - 21:25

    Jody: Sweet, I’m sold.  So, tell me EXACTLY what to do?

     

    Matt: Well, I think we’re close to agreement, but here’s where it gets tricky.  Mike and I agree on a lot of things but animal fat is not one of them.

     

    Mike: Yeah, I’ve got the genetics that prevent me from managing dietary saturated fat appropriately, so I go with Longo’s vegetarian version of the FMD, plant based products and protocol. When I’ve done the FMD, I’ve done 800 cal/day for 5 days. I usually skip breakfast, just have black coffee. Then have a small lunch and dinner. Usually soup and a salad. Lots of veggies, maybe some pasta in the soup, or lentils. Sometimes some hummus and carrots. But the overall goal is the same. I go for 50% calories from fat, 40% from carbs and 10% or less from protein. The low protein is key so you don’t activate the IGF-1 axis or tyrosine kinase pathway. You need a relative amino acid

     

    21:25 - 23:00

     

    Matt: And I’m not against that.  I just think we can do better. Look, I eat the vast majority of my calories from plants and am a huge believer in the healing powers of plants and all the phytochemicals and benefits of a plant based diet.  But I also believe we’re totally evolved to derive big benefits from the right type of animal nutrients. Grass fed, humanely raised, homemade bone broth is my jam. I say follow the guts of the protocol with respect to total calories, but I’m gonna give you my bone broth I make.  My bone broth has about 100 calories per 10 oz. 5g fat and 7g protein. And I want you to eat super nutrient dense foods the rest of the time that have amazing benefits for detoxification (broccoli), brain health (sardines and walnuts), and sanity (coffee)

     

    23:00 - 25:35

    Here it is

    Day 1: 1100 calories

    32 oz (2 jars) - 320 calories - (lots of pink himalayan sea salt, pepper, and some turmeric)

    16 oz broccoli with 1 tbsp grass fed butter - 250 calories (100 calories from butter)

    3/4  cup walnuts - 375 calories

    1 can of sardines in EVOO - 150 calories

    All the black coffee you want and all the water you can drink

     

    Macros:

    Protein g - 12 walnuts, 22 bone broth, 12 brocoli, 18 from sardines (64 total)

    Fat g - 12 from butter, 39 from walnuts, 1.5g from broccoli, 18 from bone broth, 9 g from sardines

    Carbs: 8 from walnuts, 30g from broccoli,

    Fat: 64% protein: 22%  carbs: 14%

     

    Day 2-5: 800 calories

    Same, but reduce to ¼ cup walnuts

     

    Walnuts optional on all days - probably better results without walnuts

     

    FMD percentages:

    Day 1: fat - 56%, protein - 10%, carbs -34%

    Day 2-5 - fat 44%, protein 9%, carbs - 47%

     

    25:35 - 27:00

     

    Mike:  To summarize: The macronutrient percentage for fat and carbs likely doesn’t matter, but the protein does. You should keep your protein intake somewhere around 7-10% of total carbs.  

    The overall benefits you’re going to get from an FMD, just to simplify is:

    • Immune system improvement
    • Apoptopsis of precancerous or cancer cells
    • Weight loss and improved body composition
    • Reduction of CRP and oxidative stress
    • Better mental performance from increased brain-derived neurotrophic factor
    • Improvement of glucose tolerance and insulin sensitivity
    • Healthier and probably increased stem cells

    -all leading to increased longevity…….unless you get hit by a bus.  So, try not to get hit by a bus.

     

    Jody: Cool.  Those are pretty specific instructions.  So, I’m going to do this for 5 days and then what do I do the other 25 days. And I’ll get blood tests at day 1, day 5, and day 30, right?  

     

    27:00 - 28:45

     

    Matt: Yep.  Come to the clinic and we’ll hook you up.  And you probably need to take a month between each 30 day test to get back to your baseline.  That way we take the scienciness of this from a 1 out of 10 up to a 2 out of 10. Twice as scienc-ey if my unscientific math is correct. For the other 25 days you should eat normal, but time restrict to 8 hours.  Noon to 8pm as your eating window. That work for you?

     

    Jody: Yeah, I can do that.  What about other people listening to this.  Should they do this? They should probably consult their doctor, right?

     

    Matt: Sure.  Or don’t. Honestly, that statement you see on everything of “consult your doctor” annoys the crap out of me.  It tends to imply an all knowing doctor that just doesn’t exist. I mean, if you’re sick in general, have a physician you really trust and really knows you and stays super up to date with this literature, then great.  Go for it. But I know lots of doctors. And I know lots of non-doctors who just keep up with what’s new. Medicine in general is always at least a decade behind the latest research. So, someone who cares, and reads can be just as informed as a doctor.  So, never trust someone just because they’re a doctor. I know this will be unpopular with other doctors, but I’d say 95% of what I know and believe I know despite my medical school training. They told us that 50% of what we learned in medical school is probably wrong.  In my experience over the last decade I’d say that’s gross underestimation.

     

    28:45 - 30:05

     

    Mike: Come on, I think you’re doing two things here.  First, you’re underestimating the number of doctors out there who really care and keep up with the literature.  And you’re overestimating the number of informed patients out there who are going read 100 books and 1000 articles per year like you and I do because we love it. Most people just want to be told what to do.

     

    Matt: Ok, you’re right.  I just don’t want people to give doctors too much credit. The M.D. behind the name means nothing. Ask your doctor what their favorite books on nutritional science are.  If they rattle off 4-5 immediately, then take their advice. If they’re obese and can’t name 1, then please go to someone else, or do the research yourself. That’s all I’m saying.  Also, if you’re going to do a straight water fast, then I’d say you do need medical supervision. Labs, monitoring, etc. Fasting isn’t dangerous, but like anything, the more hard core you go on it, the more risks there are that come along with those extra benefits.  I think if you’re doing this FMD protocol, this is going to be safe for 95% of people who are healthy, not pregnant, etc. If you’re nervous, sure, consult your doctor. Also, this isn’t medical advice. I’m talking to Jody only here. This is informational only. I’m talking to you, lawyers out there.

     

    30:05 - 31:00

     

    Jody: Cool.  So, what if I want to eat optimally those other 25 days?  What type of diet in general should I do? And any drugs I can take to live forever?

     

    Mike: Ha!  Do you have a few more hours?  Matt and I can debate the merits and pitfalls for keto, paleo, vegan, etc. Matt, what’s the most optimal diet?

     

    Matt: Yeah, let’s actually tackle that in the next podcast.  I know we both have some pretty strong beliefs about that. I think we agree on 90% of things, but it’s really fun to argue the the finer points.  In general Jody, do this:

    As Michael Pollan says in the Omnivore’s Dilemma:  Eat real food, mostly plants, not too much.  And as a nice heuristic to use, don’t eat it if your great, great grandmother wouldn’t recognize it.  So, nothing out of a box or wrapper or with a list of ingredients you can’t pronounce.

     

    31:00 - end

    Mike:  I can get behind that.  Would love to hash out all the controversy around saturated fat, cholesterol, gluten, dairy, and dive deep into personalized diets based on genetics.

     

    Matt:  I can’t imagine anything more fun.  And, yeah, the pill question. That’s gonna take some time.  We’ll dive into that also. And while we’re at it, we should talk about the other things that may increase lifespan and quality:  specific molecules (aka drugs), meditation, exercise, etc. Those things deserve their own specific podcast, though. For now, “let food be thy medicine”, Jody. Master that, and we’ll talk about some next level stuff just coming out that may have a really profound effect on longevity.  I’ll bring you the food for my part of the experiment. That’s the stuff I eat every day, so I’m stocked up at all times with those things. Why don’t you take some before and after shirtless pics doing those super sexy poses people do in magazines. I think you’re gonna get some good body comp results.

     

    Mike:  And the Prolon goods are in the mail from me.

     

    Jody:  Can’t wait.  I’m on it.

     

    EPISODE 61: DNA TESTING, WITH KASHIF KHAN

    EPISODE 61: DNA TESTING, WITH KASHIF KHAN

    Laura and Clayton chat with Kashif Khan, CEO of The DNA Company. What is DNA testing? How can you use those test results to better understand how to live your healthiest life? And are we closer to cloning dinosaurs?

    On What The Health?!: Postbiotics? We'll keep you posted.

    The DNA Company $50 discount link: https://www.thednacompany.com/func

    What The Func?! is produced by the Functional Medicine Coaching Academy.

    Instagram: @whatthefunc
    Twitter: @whatthefuncpod
    Facebook: @whatthefuncpodcast