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Related Episodes for Mendelian randomization, a powerful tool to assess the effects of low vitamin D | Roger Seheult

Ranked by shared topics, with one result from each original episode.

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Dr. David Sinclair on Informational Theory of Aging, Nicotinamide Mononucleotide, Resveratrol & More

Nov 6, 2019

“Manipulation of cellular levels of NAD+ as a strategy for slowing aging "We’ve shown that NMN and others have shown for NR that it also helps with blood flow and actually mimics exercise and regrows the vascular system.” - David Sinclair, Ph.D. As we age, however, the NAD+ levels in our bodies decline, reducing resveratrol's potency.”

aging epigenetics dna damage stem cells
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Effects of genetics in heart disease risk | Ronald Krauss

Apr 9, 2022

“Genetic factors can impact plasma lipoprotein levels and the risk of coronary artery disease. Genes associated with elevated low-density lipoprotein (LDL) cholesterol levels have also been associated with increased heart disease risk, suggesting a causal relationship.”

heart disease cholesterol genetics cardiovascular
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Environmental and genetic causes of Parkinson's disease | Giselle Petzinger

Oct 27, 2020

“While some forms of Parkinson's disease are genetic, most cases involve a complex interaction between genetic and environmental risk factors. In the early 1980s, intravenous drug users inadvertently injected a contaminated drug and developed parkinsonian symptoms overnight.”

parkinson's metabolism inflammation genetics
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84
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Epigenetic Aging: How old is your DNA?

Dec 11, 2020

“Sure, those dates on the calendar pass at the same rate for everybody, but some people appear to age slower (or faster) than others – with vastly different age-related physical changes and disease risks.”

epigenetics aging biomarkers genetic engineering
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Will gene drive eliminate Lyme disease and malaria? │ Dr. George Church

Sep 2, 2022

“Geneticists like Dr. George Church, believe gene drives could be used to eliminate pathogens carried by insects, such as malaria, which is carried by a small number of mosquito species, or Lyme disease, which is carried by deer ticks.”

genetic engineering technology genetics environment
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How Immunotherapy and AI May Personalize Cancer Treatment

Jul 23, 2026

“Osimertinib, for example, improved five-year survival among patients with resected EGFR-mutated lung cancer, while CAR-T therapy has produced durable remissions in some children and young adults with relapsed or refractory B-cell acute lymphoblastic leukemia.”

technology cancer genetic engineering immune system
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How light exposure affects the master clock, melatonin production and circadian rhythm

Jul 12, 2019
circadian rhythm melatonin genetics blue light
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How to Interpret Research on Acetaminophen During Pregnancy

Oct 2, 2025

“Family-controlled research provides another view. A Swedish cohort of 2.48 million children found small associations in conventional models, but the estimates moved to the null when siblings with different prenatal exposure were compared.”

pregnancy adhd genetics rhonda
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Meditation changes gene expression and has long-term benefits | Roland Griffiths

Nov 5, 2019

“Rumination, the practice of dwelling on external stressors to excess, can set in motion a cascade of hormonal and physiological responses that harm mental and physical health. Meditation has been shown to reduce rumination and its negative effects, however, and influences the gene expression of as many as 500 genes, many of which are in the brain.”

meditation telomeres genetics
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MTHFR gene and supplementation with 5-L-methylfolate | Tim Ferriss

Jun 1, 2020

“Gene polymorphisms, small changes in an organism's DNA sequence, can affect the absorption and metabolism of nutrients, including vitamins and minerals. A polymorphism in the MTHFR gene that decreases enzyme activity leads to inefficient folate metabolism.”

folate diet biomarkers genetics
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