6 ms·
https://www.jneurosci.org/content/41/12/2541 https://www.jneurosci.org/content/41/12/2541 Looks like there is evidence. Also are you claiming there are no stem-
by The_rationalist 4y ago
https://www.jneurosci.org/content/41/12/2541 https://www.jneurosci.org/content/41/12/2541
Looks like there is evidence.
Also are you claiming there are no stem-cells/MSCs in the brain?
I have read multiples papers about drugs that specialize unspecialized cells into olygoendrocytes (a microglia) in the human brain. I don't see why epigenetics wouldn't allow unspecialized cells to become neurons vs glial cells.
Finally if I recall correctly, some glial cells might not act like neurons but still release neurotransmitters.
More importantly, humans should preserve their neurons by actively fighting apoptosis, e.g. by taking skq1.
And as said previously, synaptothrophics exists and are very potent.
Finally, hypermnesics are a thing.
BTW children are generally happiers/more emotional than adults. One might wonder wether this is related to neuron/synapse density
- superkuh 4y agoI'll give that paper it's claim, that "DCX+ dentate granule cells are a dynamic cell population that undergoes progressive maturation" but I don't see new evidence from that paper suggesting they actually make it through the complex, multi-step, evolution of granule cells to neurons. There are a lot of stops and pitfalls on the way. The evidence from the 2022 paper I linked at the start of this thread shows the gene expression profiles of adult human dentate granule cells are very different from other mammals.