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      <h3 class="bold">
        [Story] Exposure to benzyl butyl phthalate, a common plastic additive in everyday items, was found to cause extensive reproductive cell disruption and DNA damage.
      </h3>
</a>    <p>
      The risks of everyday plastics may go beyond environmental concerns, affecting our reproductive health on a cellular level. Benzyl butyl phthalate (BBP), a common plastic additive found in toys, cleaning products, food packaging, and cosmetics, has been linked to reproductive and developmental impairments. A recent study in worms found that BPP induced abnormalities in chromosome segregation and increased cell death in reproductive cells.
Researchers exposed C. elegans, a type of roundworm, to four different concentrations of BBP: 1, 10, 100, and 500 micromolar. Then, they measured the chemica...
          <span class="search-tag">metabolism</span>
          <span class="search-tag">inflammation</span>
          <span class="search-tag">dna damage</span>
          <span class="search-tag">pollution</span>
          <span class="search-tag">environment</span>
          <span class="search-tag">genome</span>
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      <h3 class="bold">
        [Podcast] Nicotinamide mononucleotide cancer study (senescent-cell dependent pancreatic cancer model)
      </h3>
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      In this clip, Dr. Patrick talks about the effects of nicotinamide mononucleotide on cancer growth.
...
          <span class="search-tag">cancer</span>
          <span class="search-tag">inflammation</span>
          <span class="search-tag">senescence</span>
          <span class="search-tag">nad+</span>
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        [Podcast] Dr. Steve Horvath on epigenetic aging to predict healthspan: the DNA PhenoAge and GrimAge clocks
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      Dr. Steve Horvath discusses epigenetic aging clocks and their use in predicting biological aging and healthspan.
...
          <span class="search-tag">epigenetics</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">telomeres</span>
          <span class="search-tag">genetics</span>
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        [Podcast] Introduction to sulforaphane and its precursor glucoraphanin | Jed Fahey
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      Dr. Jed Fahey describes how sulforaphane was discovered, how it is produced in plants, and the mechanisms by which it produces health effects in humans.  
...
          <span class="search-tag">sulforaphane</span>
          <span class="search-tag">nutrition</span>
          <span class="search-tag">cancer</span>
          <span class="search-tag">nrf2</span>
          <span class="search-tag">glucoraphanin</span>
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        [Podcast] Resveratrol and NAD boosters lead to positive impact on Alzheimer&#39;s disease &amp; vascular dementia | David Sinclair
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      In this clip, Dr. David Sinclair and Dr. Rhonda Patrick discuss the brain health benefits associated with resveratrol and NAD+ boosters. 
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          <span class="search-tag">resveratrol</span>
          <span class="search-tag">brain</span>
          <span class="search-tag">alzheimer&#39;s</span>
          <span class="search-tag">dementia</span>
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        [Podcast] Resveratrol: dosage and effect on cardiovascular health | David Sinclair
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      In this clip, Dr. David Sinclair identifies some of the practical considerations of resveratrol supplementation and discusses his personal use of the compound. 
...
          <span class="search-tag">resveratrol</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">dna damage</span>
          <span class="search-tag">mitochondria</span>
          <span class="search-tag">cardiovascular</span>
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        [Podcast] Sauna use, depression and addiction — the dynorphin thermoregulatory connection | Roland Griffiths
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      Dr. Rhonda Patrick describes how sauna use activates the Salvinorin A pathway and may ease depression and opioid-addiction symptoms.
...
          <span class="search-tag">psychedelic</span>
          <span class="search-tag">depression</span>
          <span class="search-tag">opioid</span>
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        [Story] High levels of exercise, equal to 30-40 minutes of jogging per day 5 days per week, linked to nine years of less aging at the cellular level.
      </h3>
</a>    <p>
      Telomeres are tiny caps on the ends of chromosomes that protect our DNA from damage. 
They get shorter every year and are a biological marker for aging. Exercise is one of the most robust ways to slow telomere attrition and someone that is very physically active may have a biological age that is even 10 years younger than their chronological age.
In this study, a high level of exercise was defined as 30 minutes of jogging per day for 5 days a week for women and 40 minutes per day for men. Get out there and sweat!
FTA:
&amp;gt; Exercise science professor Larry Tucker found adults with high physical...
          <span class="search-tag">exercise</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">telomeres</span>
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        [Story] High levels of exercise, equal to 30-40 minutes of jogging per day 5 days per week, linked to nine years of less aging at the cellular level
      </h3>
</a>    <p>
      &amp;gt; Exercise science professor Larry Tucker found adults with high physical activity levels have telomeres with a biological aging advantage of nine years over those who are sedentary, and a seven-year advantage compared to those who are moderately active. To be highly active, women had to engage in 30 minutes of jogging per day (40 minutes for men), five days a week.
&amp;gt; &quot;If you want to see a real difference in slowing your biological aging, it appears that a little exercise won&#39;t cut it,&quot; Tucker said. &quot;You have to work out regularly at high levels.&quot;
...
          <span class="search-tag">exercise</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">telomeres</span>
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