Genetics Decoded

Join Sharon Palmer on the Genetics Decoded podcast as we explore the fascinating Clotho gene and its profound impact on aging and longevity. Discover the cutting-edge genetic research that shows how this anti-aging protein functions, the decline it undergoes around the age of 40, and its critical role in various body organs, including kidneys, parathyroid glands, brain, eyes, ears, and pancreas. Learn about practical steps to upregulate this protein and potentially reverse aging. Discover actionable insights on how exercise, diet, and supplements can upregulate Clotho production, helping you to age gracefully and healthily.

If you enjoyed the podcast, please subscribe! New episodes are out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, that the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠⁠⁠⁠⁠⁠⁠⁠www.idnahealth.com.au⁠⁠⁠⁠

Chapters:

(0:00) Introduction to Genetics Decoded

(0:58) Decoding Aging and Longevity

(4:49) Understanding the Clotho Gene

(7:55) Impact of Clotho Protein on Health

(15:55) Genetic Variations and Health Risks

(24:05) Increasing Clotho Protein Production

(24:39) The Importance of Exercise

(35:16) Diet and Supplementation Insights

(36:05) Conclusion and Call to Action

In this episode of Genetics Decoded, host Sharon Palmer delves into the crucial role of the NQO1 gene and its enzyme, quinone reductase, in detoxifying and protecting the brain. Sharon explains why detoxifying the brain is essential, explores genetic variations affecting enzyme activity, and highlights potential health implications such as Alzheimer's and Parkinson's disease. Learn how to enhance your brain's detoxification process through dietary choices and supplements like sulforaphane.

If you enjoyed the podcast, please subscribe! New episodes are out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, that the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠⁠⁠⁠⁠⁠⁠www.idnahealth.com.au⁠⁠⁠⁠

Chapters:

(0:00) Welcome to Genetics Decoded

(0:23) Understanding Brain Detoxification

(0:43) The Role of NQO1 Gene

(1:50) Debunking Detox Myths

(2:47) Genetic Variability in Detox Enzymes

(3:40) Importance of Quinone Reductase

(8:32) Impact of Medications and Lifestyle

(11:04) How Quinone Reductase Detoxes the Brain

(16:56) Genetic Screening and Supplementation

(22:43) Quinone Reductase and Neurodegenerative Diseases

(27:28) Boosting Quinone Reductase Activity

(31:04) Conclusion and Contact Information

In this episode of the Genetics Decoded podcast, host Sharon Palmer delves into the subject of histamine intolerance. Sharon explains the scientific basis and genetic factors involved, the different symptoms associated with histamine intolerance, why it's often overlooked, and what you can do to manage it, including dietary changes and the role of probiotics. Sharon also reveals surprising information about antihistamines and their potential to worsen histamine intolerance.

If you enjoyed the podcast, please subscribe! New episodes are out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, that the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠⁠⁠⁠⁠⁠www.idnahealth.com.au⁠⁠⁠

Chapters:

(0:00) Introduction to Genetics Decoded

(0:16) Understanding Histamine Intolerance

(8:07) Causes of Histamine Intolerance

(19:57) Symptoms Across Body Systems

(27:05) Histamine Intolerance in Women

(31:47) Dietary Interventions for Histamine Intolerance

(36:28) Probiotics and Supplements

(41:07) The Role of Antihistamines

(46:33) Conclusion and Recommendations

In this episode of Genetics Decoded, Sharon Palmer delves into the relationship between alcohol consumption, aging, and genetics. By exploring the science behind telomeres and alcohol metabolism, we understand how genetic factors influence the aging process and individual responses to alcohol, safe consumption thresholds, what constitutes a unit of alcohol for various drinks, and the importance of honest self-assessment of drinking habits.

If you enjoyed the podcast, please subscribe! New episodes are out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, that the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠⁠⁠⁠⁠www.idnahealth.com.au⁠⁠

Chapters:

(0:00) Introduction to Genetics Decoded

(2:07) Alcohol Consumption Patterns

(4:15) Telomeres and Biological Aging

(7:47) Genetic Variances in Alcohol Metabolism

(10:16) Personalizing Alcohol Intake Based on Genetics

(11:14) Understanding Alcohol Units and Health Risks

(12:16) Breaking Down Alcohol Units by Drink Type

(15:42) Calculating Your Weekly Alcohol Intake

(19:17) The Impact of Binge Drinking and Dry July

(22:17) Conclusion and Contact Information

This week on the Genetic Decoded Podcast Sharon Palmer talks about the essential roles of beta-carotene and Vitamin A in our health. Starting with the TikTok trend of turning orange. Learn about the genetic variations that impact beta carotene conversion and the implications of plant-based and carnivore diets on Vitamin A levels. Sharon talks about the symptoms of carotenemia and how it differs from conditions like jaundice, the enzymatic processes involved and how your genetics can guide personalized dietary choices. Sharon shares insights into maintaining healthy skin, immune function, and overall well-being.

If you enjoyed the podcast, please subscribe! New episodes are out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, that the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠⁠⁠⁠www.idnahealth.com.au⁠

Chapters:

(0:00) Introduction

(4:46) Health Implications of Beta Carotene and Vitamin A

(10:24) Genetics and Beta Carotene Conversion

(24:10) Dietary Choices and Vitamin A Sources

(26:48) Vitamin A Supplementation: Benefits and Risks

(27:29) Vitamin A and Pregnancy

(31:03) Research on Vitamin A Supplementation

(33:28) Considerations for Plant-Based and Carnivore Diets

(43:05) Conclusion and Contact Information

For episode 20 of the Genetics Decoded podcast, Sharon Palmer explores her top 10 tips for living a healthier and longer life. This episode delves into key longevity genes like ApoE and FOXO3, discussing their impact and how genetics influence aging and health span. Sharon details the top 10 strategies for improving longevity, from diet and exercise to understanding genetic pathways such as folate metabolism and the importance of mitochondrial function.

Let us know in the comments your top 10 longevity list and what we might have missed!

If you enjoyed the podcast, please subscribe! New episodes are out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, that the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠⁠⁠www.idnahealth.com.au⁠

Chapters:

(0:00) Welcome

(0:30) The Importance of Longevity

(5:08) Understanding Aging and Longevity Genes

(14:43) Top 10 Tips for Longevity

(42:00) Conclusion

In this week's episode of Genetics Decoded with Sharon Palmer, learn about the critical role of estrogens in women's health, emphasising the balance required for optimal well-being. Understand how genetics influence estrogen production and metabolism, the complexities of estrogen types and pathways, and the risks of hormonal imbalances.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠⁠www.idnahealth.com.au⁠

Chapters:

(0:00 Introduction to the podcast

(0:33) Understanding Estrogen

(1:09) The Role of Genetics in Hormone Balance

(1:51) Common Hormonal Imbalances in Women

(3:57) The Dark Side of Estrogen

(5:24) How Estrogen is Produced

(10:31) Estrogen Production Across Different Life Stages

(17:14) Different Types of Estrogen

(19:51) Metabolizing and Clearing Estrogens

(28:22) The Importance of Genetic Testing for Hormone Balance

(31:32) Conclusion and Key Takeaways

Dive into the genetics behind celiac disease. Join Sharon Palmer this week as she discusses the autoimmune condition, its symptoms, and the significance of gluten intolerance. The episode focuses on the importance of genetic screening for a precise diagnosis and the importance of early diagnosis and intervention.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠⁠www.idnahealth.com.au⁠

Chapters:

00:00 Welcome and Introduction

01:27 Understanding Celiac Disease

04:48 Prevalence and Diagnosis Challenges

05:51 Case Studies and Clinical Insights

13:03 Genetic Screening and Early Intervention

20:55 Broader Implications of Gluten Intolerance

32:05 Conclusion and Contact Information

Join Sharon Palmer this week on the Genetics Decoded podcast as she explores the critical role of mitochondria in energy production and overall health. Sharon talks about the essential functions of these tiny powerhouses, the impact of environmental toxins, oxidative stress, and why they are crucial for longevity and neurological function.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - ⁠www.idnahealth.com.au⁠

Chapters:

00:00 Welcome to Genetics Decoded

00:31 The Importance of Mitochondria

01:38 Understanding Mitochondrial Function

04:21 Mitochondria's Job Description

09:19 Mitochondria in the Body

15:40 Medications and Mitochondrial Health

22:46 Signs of Mitochondrial Dysfunction

38:26 Genetics and Mitochondrial Support

50:30 Conclusion

Learn about the crucial role of Brain Derived Neurotropic Factor (BDNF) in mental health, cognitive function, and overall well-being in this week's Genetics Decoded podcast with Sharon Palmer. Sharon explores how genetics, stress, sleep, diet, and lifestyle choices influence your BDNF levels and discusses steps individuals can take to enhance this vital growth protein.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast are for general information purposes only and are not to be considered medical advice.

Interested in genetic testing? Check out IDNA Clinics - www.idnahealth.com.au

Chapters:

(0:00) Introduction

(0:24) Understanding Brain Derived Neurotropic Factor (BDNF)

(2:01) The Role of BDNF in Mental and Cognitive Health

(3:38) Genetic Integration and Health Pathways

(5:35) BDNF's Role in Cognitive Health and Stroke Recovery

(6:41) Personal Stories and Clinical Observations

(8:09) Genetic Testing and Personalised Interventions

(25:24) The Importance of Exercise and Nutrition for BDNF

(34:32) Herbal and Lifestyle Interventions for BDNF

(38:58) Conclusion

Learn about the genetic factors behind cow's milk allergy in this week's Genetics Decoded podcast with Sharon Palmer. Sharon talks about how your genetics can influence your body's reaction to dairy products, including lactose intolerance and cow's milk allergy, the difference between A1 and A2 milk, the prevalence of cow's milk allergy, and how to make informed dietary decisions using genetic screening.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Chapters:

(00:00) Introduction to Genetics Decoded

(00:25) Understanding Cow's Milk Allergy

(01:32) Questions About Dairy Consumption

(02:49) Genetics and Dairy: Personalized Insights

(03:49) Lactose Intolerance vs. Cow's Milk Allergy

(05:07) Challenges in Diagnosing Cow's Milk Allergy

(20:20) The Role of Genetic Screening

(32:13) Practical Advice for Managing Dairy Allergies

(40:29) Conclusion and Further Resources

Learn about your gut microbiome's importance and secretor status's critical role in maintaining gut health in this week's Genetics Decoded podcast with Sharon Palmer. Sharon talks about the different types of secretors—strong, mild, and non-secretors—and how your genetics influence the colonisation and efficacy of gut bacteria. Knowing your secretor status is essential before taking probiotics or altering your diet, and explore personalised healthcare approaches to better support your gut microbiome and overall health.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Chapters:

(00:00) Introduction to Genetics Decoded

(00:28) Understanding the Gut Microbiome

(01:25) The Importance of Secretor Status

(03:24) How Secretor Status Affects Gut Health

(11:10) Evolutionary Perspective on Secretor Status

(14:49) Impact of Secretor Status on Health

(19:11) Dietary Recommendations for Secretors and Non-Secretors

(27:55) Clinical Insights and Testing for Secretor Status

(32:56) Conclusion

Explore how fructose, the sweetest sugar, impacts our health in the latest podcast episode. Learn how rising fructose intake, driven by added sugars and high-fructose corn syrup, affects your body based on genetic factors. Sharon talks about the risks of hereditary fructose intolerance and how genetic testing can help better understand individual circumstances. Plus, get practical tips for reducing fructose intake to improve your health.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Chapters:

(00:02) Introduction to Fructose

(10:11) How Much Fructose Are You Having?

(13:25) Fructose And Its Role In Our Survival

(24:25) Fructose And Heart Disease

(35:51) Diabetes and Fructose

(38:55) Summary

Learn about the critical role of the COMT gene in regulating dopamine levels in the brain. Dopamine is a key neurotransmitter involved in attention, mood, behaviour, and mental health. Sharon talks about how genetic variations in COMT can lead to either too much or too little dopamine, contributing to a range of mental health issues like ADHD, schizophrenia, bipolar disorder, and addiction. How to identify COMT genotypes.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Chapters:

(0:02) ADHD and Mental Health (11:06) Do I Have Too Much or Too Little Dopamine? (22:16) Signs and Symptoms of Low Dopamine in Your Brain (28:19) Signs and Symptoms of Parkinson's Disease (37:23) Headaches and Anxiety: Genetics of Mental Health (41:40) Final Thoughts

Today’s podcast is focused on the role genetics plays in exercise and athletic performance. Learn about the ACTN3 gene, also known as the "speed gene," and how different genotypes of this gene can impact an individual's muscle strength, power, speed, and endurance. Sharon talks about the physical characteristics and performance differences, the three genotypes (RR, RX and XX), the effects on muscle function, the importance of exercise based on this information and how genetics can assist in creating effective training principles.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Chapters:

(0:00) Introduction To ACTN 3

(5:14) Do Genetics Play A Role In Exercise?

(17:05) Genetics And Exercise Fitness

(26:12) Exercise Induced Rhabdomyolysis

(30:18) Genotypes

(36:57) Closing Remarks

Caffeine is the most widely consumed psychoactive substance in the world, with 90% of adults consuming it regularly. However, the impact of caffeine on our health can vary greatly depending on our individual genetics. Sharon talks about how our genetic makeup determines how we metabolise and respond to caffeine. Learn about the CYP1A2 enzyme, fast vs slow metabolisers, impacts on our health and tips on reducing caffeine if you need to.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Chapters:(0:00) Do You Need Caffeine? (3:57) How Long do you Think it Takes for your Body to Clear Caffeine (10:36) Caffeine and its Effects on the Body (18:01) Caffeine and Sleep Disorder (26:06) How to Stop Drinking Coffee If You Need to

In this episode of Genetics, Decoded, Sharon talks about the critical topic of oxidative stress and how understanding your genetics can be the key to effectively managing it. Taking supplements may not be the solution. Learn about the body's primary antioxidant system and how to optimise its function through nutrigenomic interventions. The role of mitochondria, the importance of sperm health, and the limitations of current pathology testing.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

If you are on a vegan or plant-based diet then this is for you. Sharon discusses the key nutrients like vitamin B12, vitamin D, choline, and omega-3 fatty acids EPA and DHA that vegans and vegetarians may lack. She offers tips for ensuring you get enough of these nutrients, explains why some plant sources may fall short, and highlights factors like genetics that affect absorption. Sharon also recommends practical solutions like supplementation and testing nutrient levels, while cautioning about potential toxicity.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

The confusion with gluten intolerance - what it is, how to know if you have it, and whether products on the market that claim to help are legitimate. Sharon in this podcast explains how gluten triggers an inflammatory immune response in those with a genetic predisposition, which can lead to issues like Celiac disease, autoimmunity, gut problems, skin conditions, brain fog and more.

Research mentioned:

Relative Rates of Gluten Digestion by Nine Commercial Dietary Digestive Supplements- Gregory John Tanner*

Differences between titers on placebo and enzyme therapy were not significant (p = 0.302). - Zebrowksi 2014

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Vitamin D supplementation is talked about extensively in by health professionals yet many fail to mention the importance of the vitamin D pathway. Everyone has a pathway to utilise vitamin D but your genetics are key to identifying how effective your ability is. Sharon talks about the 6 critical steps involved in the vitamin D pathway, what unfolds at each step, what supplementation and sunlight does and why it is important.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

As the interest rises in genetic testing, it is important to understand what is involved. There are lots of options so how do you decide which one is right for you? Sharon talks about this, importance of security, misconceptions about testing, extensive, minimal and single testing options and how to interpret the results.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

In today's episode, Sharon Palmer talks about the MTHFR gene and how it impacts the body. Sharon covers what the MTHFR gene does, the main genetic variants that affect its function and how getting tested can show you if your enzyme capacity is reduced.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

It is estimated that 3 in 4 adults struggle to digest lactose but did you know this can be identified through your genetics? Sharon talks about the evolution of lactose intolerance in humans, how as people age this changes, what lactose is and how the body digests it, ways to screen for lactose intolerance and the interesting trade secrets about “lactose free products”

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

We are 99.9% identical to each other yet no person is the same. In this episode, Sharon talks about the 6 millions different pieces of genetic code that make people unique and how they are analysed. Learn the lactose intolerance MCM6 gene, MTHFR gene, BDNF Gene, ACTN3 gene, CYB27B1 gene and what they all do for the human body.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

In the debut podcast episode of Genetics Decoded, Sharon talks about the global confusion with food intolerances and allergies. A key to tackling this is understanding your own genetics through testing as it can help to identify what genetic variations you have. Sharon talks about gluten, oats, lactose, dairy, peanuts, eggs and histamine. Sharon discusses the HLA/MHC System, Skin barrier defects, immune responses and why some people have an inability to produce key enzymes to help with food breakdown.

If you enjoyed the podcast, please subscribe! New episodes out every Monday.

No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

Please note, the topics discussed in this podcast is for general information purposes only and not to be considered medical advice.

Welcome to Genetics Decoded, where we delve into the exciting world of clinical genetics. I'm Sharon Palmer and it’ll be my absolute pleasure to guide you through the fascinating terrain, where DNA-based science meets health.

Every Monday we'll explore how our genetic data can unlock and provide us with insights into all aspects of our health. From diet and nutrition, to exercise, lifestyle and supplementation. No more guessing. No more one-size-fits all. Your genetic data is your passport to the world of personalised healthcare.

If you enjoy this podcast please remember to subscribe, like and share. Let’s unpack the fascinating world of genetics and help you improve your understanding of health.