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Discussions show moderate engagement, with comments referencing related studies, such as differences in brain and vocal tract evolution, highlighting the gene regulation impacts of Neanderthal sequences; the tone remains analytical and curious, reflecting moderate interest.
Most discussions acknowledge the significance of regulatory changes in gene expression influenced by Neanderthal DNA, showing moderate consensus.
Participants display a mild interest, focusing on specific aspects like noncoding regions and brain-related changes without deep exploration.
Comments refer to related research and expand on the article's findings, indicating some engagement but not deep debate.
The conversations suggest recognition of scientific importance, but don't emphasize immediate or transformative implications.
This is in line with other works that suggested that the vocal tract and cerebellum went through particularly extensive regulatory changes in modern humans, e.g.,: https://t.co/v2QGfEDfJe https://t.co/S8Dl00E3EI https://t.co/OUaZ1eMBR7 https://t.co/HlzL2gh5FS
@emethias @FondOfBeetles Oh like how we have mostly noncoding regions? Good point! I am finding research supporting gene expression impacting the immune system and brain. Can’t find estimates for noncoding, nonregulatory proportions. I’d assume this is similar for all admixture. https://t.co/APAnHT4dEc
RT @David_Gokhman: This is in line with other works that suggested that the vocal tract and cerebellum went through particularly extensive…
RT @David_Gokhman: This is in line with other works that suggested that the vocal tract and cerebellum went through particularly extensive…
This episode explores CRISPR epigenome editing, focusing on how it modifies epigenetic marks without altering DNA, opening new possibilities for treating genetic diseases and understanding gene regulation.
In this episode of Frontiers of Research, experts discuss how CRISPR technology is being adapted to modify epigenetic marks without altering DNA, opening new avenues for understanding gene regulation and treating…
@emethias @FondOfBeetles Oh like how we have mostly noncoding regions? Good point! I am finding research supporting gene expression impacting the immune system and brain. Can’t find estimates for noncoding, nonregulatory proportions. I’d assume this is similar for all admixture. https://t.co/APAnHT4dEc
RT @David_Gokhman: This is in line with other works that suggested that the vocal tract and cerebellum went through particularly extensive…
RT @David_Gokhman: This is in line with other works that suggested that the vocal tract and cerebellum went through particularly extensive…
RT @David_Gokhman: This is in line with other works that suggested that the vocal tract and cerebellum went through particularly extensive…
This is in line with other works that suggested that the vocal tract and cerebellum went through particularly extensive regulatory changes in modern humans, e.g.,: https://t.co/v2QGfEDfJe https://t.co/S8Dl00E3EI https://t.co/OUaZ1eMBR7 https://t.co/HlzL2gh5FS
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