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	<title>#neurogenesis - Seenthis</title>

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        <id>https://seenthis.net/tag/neurogenesis</id>
        <updated>2026-03-05T11:33:02Z</updated>
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	<entry>
	<id>urn:uuid:565aebbb-be04-470d-845d-6073d624bede</id>
	<title>TED - &#171; *You can grow new brain cells* &#187; - Sandrine Thuret, October 2015</title>
	<author>
		<name>schrödinger  (@erratic)</name>
		<uri>https://seenthis.net/people/erratic</uri>
		<email>erratic@seenthis.net</email>
		
	</author>
	<published>2015-11-29T12:12:43Z</published>
	<updated>2015-11-29T12:15:21Z</updated>
	
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	<summary><![CDATA[TED - "*You can grow new brain cells*" - Sandrine Thuret, October 2015

https://www.youtube.com/watch?v=B_tjKYvEziI

It turns out that adults do grow new brain cells. It's called Neurogenesis, and it happens in the hippocampus.
http://polemie.com/gustav/wp-content/uploads/2011/11/amygdala-hippocampus.jpg

The *hippocampus* is important for
• Learning & memory
• Mood & emotion

It turns out we (as adults) produce 700 new neurons per day in the hippocampus.

There seems to be a clear link between depression and neurogenesis; people with depression have a lower level of neurogenesis. If we give anti-depressants, we increase the nevel of neurogenesis. Also, if you block neurogenesis, you also block the efficacy of the anti-depressant.

We can control neurogenesis. 
Some activities *increase* it, such as:
• Learning
• Sex
• Running (but it is not know if it is the running itself, or the effect of it on the oxigenation of bloodflow towards the brain)

Some *decrease* it:
• Stress
• Sleep deprivation
• Getting older

What you eat will also impact neurogenesis:
*Postitive:*
• Reserveratrol (in red wine. But careful, alcohol also decreases it)
• Omega 3 fatty acids (fatty fish like salmon)
• Calorie restriction
• Folic Acid
• Zinc
• Flavonoids (Dark chocolate, blueberries
• Caffeine
• Curcurmin
• Intermittent fasting (space time between meals)

*Negative:*
• Deficiency in vitamins A, B, E
• High sugar
• High saturated fat
• Soft diet (food that is soft, as opposed to food requiring mastication)
• Ethanol (alcohol)

Diet modulates memory & mood in the same direction as it modulates neurogenesis. So, what helps neurogenesis also helps mood (eg depression) and vice versa.  

Image A: Hippocampus section of a mouse with no running wheel in its cage. &#x24785b305d;The black dots are newborn neurons
Image D: Hipoocampus section of a mouse that had a running wheel in its cage.

https://pbs.twimg.com/media/CTUQq6LUYAADbPM.png


Sandrine Thuret

❝Neural stem cell researcher in AHN - Adult Hippocampal Neurogenesis, King's College London
https://kclpure.kcl.ac.uk/portal/sandrine.1.thuret.html❞



#neurogenesis
#brain
#neuron
#TED]]></summary>
	<content type="html"><![CDATA[<div lang="en" dir="ltr"><p>TED - &ldquo;<strong>You can grow new brain cells</strong>&rdquo; - Sandrine Thuret, October 2015</p><p><span class='lien_lien'><span class='lien_lien_total'><a rel='nofollow' href='https://seenthis.net/sites/831836'>▻</a></span><a rel='nofollow' href="https://www.youtube.com/watch?v=B_tjKYvEziI" class='spip_out' title="You Can Grow New Brain Cells. Here's How | Sandrine Thuret | TED Talks" hreflang="en"><span class='lien_court'><span class='lien_protocol'>https://</span><span class='lien_racine'><span class='lien_host'><span class='lien_www'>www.</span>youtube.com</span>/</span><span class='lien_fin'>watch?v=B_tjKYvEziI</span></span></a></span></p><p>It turns out that adults do grow new brain cells. It’s called Neurogenesis, and it happens in the hippocampus.<br><div class='seenthis_pics seenthis_pics_1'><a onclick='return false;' href='http://polemie.com/gustav/wp-content/uploads/2011/11/amygdala-hippocampus.jpg' class='display_box'><span class='image' style='padding-bottom:65.449438202247%'><img src='https://seenthis.net/local/cache-vignettes/L600xH393/amygdala-hip569b-bebe3.jpg' alt='' data-photo='http://polemie.com/gustav/wp-content/uploads/2011/11/amygdala-hippocampus.jpg' data-photo-h='466' data-photo-w='712' /></span><span class="lien_court"><span class="lien_off"> http://polemie.com/gustav/wp-content/uploads/2011/11/amygdala-hippocampus.jpg </span></span></a></div></p><p>The <strong>hippocampus</strong> is important for<br>• Learning &amp; memory<br>• Mood &amp; emotion</p><p>It turns out we (as adults) produce 700 new neurons per day in the hippocampus.</p><p>There seems to be a clear link between depression and neurogenesis; people with depression have a lower level of neurogenesis. If we give anti-depressants, we increase the nevel of neurogenesis. Also, if you block neurogenesis, you also block the efficacy of the anti-depressant.</p><p>We can control neurogenesis.<br>Some activities <strong>increase</strong> it, such as:<br>• Learning<br>• Sex<br>• Running (but it is not know if it is the running itself, or the effect of it on the oxigenation of bloodflow towards the brain)</p><p>Some <strong>decrease</strong> it:<br>• Stress<br>• Sleep deprivation<br>• Getting older</p><p>What you eat will also impact neurogenesis:<br><strong>Postitive:</strong><br>• Reserveratrol (in red wine. But careful, alcohol also decreases it)<br>• Omega 3 fatty acids (fatty fish like salmon)<br>• Calorie restriction<br>• Folic Acid<br>• Zinc<br>• Flavonoids (Dark chocolate, blueberries<br>• Caffeine<br>• Curcurmin<br>• Intermittent fasting (space time between meals)</p><p><strong>Negative:</strong><br>• Deficiency in vitamins A, B, E<br>• High sugar<br>• High saturated fat<br>• Soft diet (food that is soft, as opposed to food requiring mastication)<br>• Ethanol (alcohol)</p><p>Diet modulates memory &amp; mood in the same direction as it modulates neurogenesis. So, what helps neurogenesis also helps mood (eg depression) and vice versa. </p><p>Image A: Hippocampus section of a mouse with no running wheel in its cage. -The black dots are newborn neurons<br>Image D: Hipoocampus section of a mouse that had a running wheel in its cage.</p><p><div class='seenthis_pics seenthis_pics_1'><a onclick='return false;' href='https://pbs.twimg.com/media/CTUQq6LUYAADbPM.png' class='display_box'><span class='image' style='padding-bottom:31.270903010033%'><img src='https://seenthis.net/local/cache-vignettes/L598xH187/CTUQq6LUYAADd0ae-41a39.png' alt='' data-photo='https://pbs.twimg.com/media/CTUQq6LUYAADbPM.png' data-photo-h='187' data-photo-w='598' /></span><span class="lien_court"><span class="lien_off"> https://pbs.twimg.com/media/CTUQq6LUYAADbPM.png </span></span></a></div></p><p>Sandrine Thuret</p><blockquote lang="da" dir="ltr"><p> Neural stem cell researcher in AHN - Adult Hippocampal Neurogenesis, King’s College London<br><span class='lien_lien'><span class='lien_lien_total'><a rel='nofollow' href='https://seenthis.net/sites/831845'>▻</a></span><a rel='nofollow' href="https://kclpure.kcl.ac.uk/portal/sandrine.1.thuret.html" class='spip_out'><span class='lien_court'><span class='lien_protocol'>https://</span><span class='lien_racine lien_raccourci'><span class='lien_host'>kclpure.kcl.ac.uk</span>/</span><span class='lien_off'>portal/</span><span class='lien_fin'>sandrine.1.thuret.html</span></span></a></span> </p></blockquote><p><span class='lien_tag'>#<a rel='nofollow' href='https://seenthis.net/tag/neurogenesis'>neurogenesis</a></span><br><span class='lien_tag'>#<a rel='nofollow' href='https://seenthis.net/tag/brain'>brain</a></span><br><span class='lien_tag'>#<a rel='nofollow' href='https://seenthis.net/tag/neuron'>neuron</a></span><br><span class='lien_tag'>#<a rel='nofollow' href='https://seenthis.net/tag/ted'>TED</a></span></p></div>]]></content>
	
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