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    <a data-turbo="false" href="/episodes/the-evidence-behind-four-supplements-rhonda-patrick-takes">
      <h3 class="bold">
        [Podcast] The Evidence Behind Four Supplements Rhonda Patrick Takes
      </h3>
</a>    <p>
      Dr. Rhonda Patrick reviews multivitamins, CoQ10, urolithin A, and sulforaphane for cognitive and cellular health.
...
          <span class="search-tag">sulforaphane</span>
          <span class="search-tag">supplements</span>
          <span class="search-tag">urolithin a</span>
          <span class="search-tag">multivitamin</span>
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    <a data-turbo="false" href="/episodes/aliquot-133-creatine-brain">
      <h3 class="bold">
        [Podcast] Aliquot #133: The Surprising Effects of Creatine on the Brain
      </h3>
</a>    <p>
      Creatine plays a key role in maintaining cellular energy balance, and evidence suggests it can help the brain...
...
          <span class="search-tag">stress</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">concussion</span>
          <span class="search-tag">neurodegeneration</span>
          <span class="search-tag">brain</span>
          <span class="search-tag">depression</span>
          <span class="search-tag">aliquot</span>
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    <a data-turbo="false" href="/episodes/aliquot-114-supplements-diet-mitochondria">
      <h3 class="bold">
        [Podcast] Aliquot #114: Supplements &amp; Diet Strategies to Boost Mitochondrial Function
      </h3>
</a>    <p>
      Mitochondria are best known for their energy-producing roles, but they also help regulate cellular metabolism, signaling, and apoptosis...
...
          <span class="search-tag">aliquot</span>
          <span class="search-tag">Ubiquinol</span>
          <span class="search-tag">diet</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">metabolism</span>
          <span class="search-tag">mitochondria</span>
          <span class="search-tag">apoptosis</span>
          <span class="search-tag">supplements</span>
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        [Story] Resistance exercise activates muscles&#39; cellular &quot;housekeeping&quot; processes, ridding cells of harmful waste products.
      </h3>
</a>    <p>
      Cellular processes are messy. They produce copious amounts of harmful waste products and damaged parts that can accumulate inside the cell, creating havoc and even cell death. A recent study found that resistance training activates critical cellular cleanup processes in muscles, facilitating waste disposal and supporting muscle cell health.
The study had two phases: an acute exercise phase with intense workouts to trigger an immediate muscle response and a six-week adaptation phase to see how muscles adjust to repeated mechanical stress. In the acute phase, participants performed resistance ex...
          <span class="search-tag">exercise</span>
          <span class="search-tag">muscle</span>
          <span class="search-tag">autophagy</span>
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        [Story] Hyperbaric oxygen therapy reverses aspects of the cellular aging process in older adults, boosting immune cell function.
      </h3>
</a>    <p>
      Hyperbaric oxygen therapy involves exposure to oxygen at up to three times the normal pressure, increasing the amount of oxygen the blood can carry. A 2020 study found that hyperbaric oxygen therapy prevented telomere shortening and cellular senescence – hallmarks of cellular aging – in older adults, effectively reversing the aging process.  
The study involved 35 older adults who underwent 60 hyperbaric oxygen therapy treatments over three months. Using blood samples the participants provided before, during, and after the intervention, researchers assessed the participants&#39; immune cell telome...
          <span class="search-tag">aging</span>
          <span class="search-tag">telomeres</span>
          <span class="search-tag">dna damage</span>
          <span class="search-tag">immune system</span>
          <span class="search-tag">senescence</span>
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        [Story] Maternal diabetes causes birth defects by increasing cellular aging.
      </h3>
</a>    <p>
      Neural tube defects (e.g., spina bifida, hydranencephaly) are a group of birth defects caused by incomplete development of the outer layers of the brain or spinal cord. Prenatal folate supplementation prevents an estimated 70 percent of neural tube defects (https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3279093/), but additional therapies are needed. A recent report describes the relationship between maternal diabetes and abnormal cell aging in the fetal nervous system in mice.
Previous research has demonstrated a relationship between maternal diabetes and the incidence of neural tube defects (h...
          <span class="search-tag">brain</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">diabetes</span>
          <span class="search-tag">pregnancy</span>
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        [Podcast] How stressed plants communicate to our genes (to our benefit) | David Sinclair
      </h3>
</a>    <p>
      In this clip, Dr. David Sinclair describes how plant-based compounds activate cellular protective mechanisms in humans. 
...
          <span class="search-tag">nutrition</span>
          <span class="search-tag">aging</span>
          <span class="search-tag">resveratrol</span>
          <span class="search-tag">sulforaphane</span>
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    <a data-turbo="false" href="/episodes/nad-boosters-nr-nmn-sirtuins">
      <h3 class="bold">
        [Podcast] NAD+ boosters: NR, NMN, and how they affect sirtuins | David Sinclair
      </h3>
</a>    <p>
      In this clip, Dr. David Sinclair describes the NAD+ salvage pathway and how boosting cellular NAD+ levels may be beneficial in slowing aging.
...
          <span class="search-tag">aging</span>
          <span class="search-tag">circadian rhythm</span>
          <span class="search-tag">nad+</span>
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    <a data-turbo="false" href="/episodes/fasting-evolved-repair-internal-organs">
      <h3 class="bold">
        [Podcast] Fasting as an evolved mechanism for repair on internal organs | Valter Longo
      </h3>
</a>    <p>
      Dr. Valter Longo discusses how cellular repair mechanisms may have evolved during times of fasting, but are latent in times of food abundance.
...
          <span class="search-tag">fasting</span>
          <span class="search-tag">stem cells</span>
          <span class="search-tag">immune system</span>
          <span class="search-tag">multiple sclerosis</span>
          <span class="search-tag">autophagy</span>
          <span class="search-tag">evolution</span>
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