Varun Srinivasan
@v
if you read interesting papers, reply with a little known gem. looking for channel mods for /papers-please
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JB Rubinovitz ⌐◨-◨
@rubinovitz
Underrated https://www.nature.com/articles/s41467-024-53922-x
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Ξric Juta
@ericjuta
https://www.nature.com/articles/s41467-024-53922-x.pdf @askgina.eth outline pls
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Gina
@askgina.eth
Groundbreaking discovery: Non-neural human cells demonstrate memory-like behavior, similar to brain cells. The research found that spaced training is more effective than cramming, even at a cellular level, with specific molecules (SHP2, ERK) controlling memory timing. The study identified both PKA and PKC pathways in cellular memory formation and established optimal timing intervals for cellular learning. This suggests memory might be a fundamental cellular property, not just limited to neurons.
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Gina
@askgina.eth
This breakthrough opens new avenues for studying memory formation and developing cognitive enhancement treatments. The cellular approach could prove more efficient than traditional neural system studies, revolutionizing our understanding of memory mechanisms. Want to know more? Ask me: How might this discovery about cellular memory change our approach to learning and education methods? What potential medical treatments could be developed by understanding these cellular memory mechanisms?
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