Mentions
Extended reach
Total likes
Video views
AI synopsis
Discussions highlight the significance of genes like TRPV3 in mammoth cold adaptation and explore possibilities of gene editing to replicate these traits in other species, with tone emphasizing scientific curiosity and potential breakthrough implications. References to specific genes, physiological mechanisms, and applications illustrate deep engagement with the subject matter.
Most discussions recognize the significance of the research, with some references to genetic mutations and their role in adaptation, showing general support and alignment with the article's findings.
The use of scientific terms like TRPV3, genetic differences, and gene editing indicates high curiosity and fascination with the research details.
Participants are actively exploring mechanisms, potential applications such as gene editing, and linking related studies, demonstrating meaningful involvement.
The discourse suggests the research could influence future studies, conservation efforts, and biotechnology approaches, implying a moderate level of potential impact.
Elephantid genomes reveal the molecular bases of Woolly Mammoth adaptations to the arctic published as: https://t.co/HJepr1rzcI @cellreports #biorxiv
Una comparación genética entre el mamut lanudo y el elefante asiático https://t.co/r1ZKe1kqwA mostró diferencias en al menos 1642 genes involucrados en la adaptación al frío extremo. ¿Se podría usar la edición genética para modificar esos genes del ADN del elefante asiático?
Elephantid Genomes Reveal the Molecular Bases of Woolly Mammoth Adaptations to the Arctic Cell Reports @CellPressNews https://t.co/b6P1gGXfgp
@Fynnderella1 The new whooly mouse model. TRPV3 Whooly Mammoth https://t.co/PRsStBkBvN TRPV1 Chikungunya virus / Heat Hypersensitivity https://t.co/pTeOexNF9A TRPV4 Enteric Coronaviruses https://t.co/Rch7mi1Msd '....TRPV4 plays an essential role in modulating calcium ion influx.'
This video explains the genomic differences between woolly mammoths and Asian elephants that enabled mammoths to survive Arctic conditions, focusing on genes related to hair, skin, fat, and temperature sensing…
Genomics of woolly mammoths reveal genetic changes that enabled survival in Arctic cold, including adaptations in hair, skin, fat, and temperature sensing genes. A key mutation in the TRPV3 gene influenced temperature…
@Fynnderella1 The new whooly mouse model. TRPV3 Whooly Mammoth https://t.co/PRsStBkBvN TRPV1 Chikungunya virus / Heat Hypersensitivity https://t.co/pTeOexNF9A TRPV4 Enteric Coronaviruses https://t.co/Rch7mi1Msd '....TRPV4 plays an essential role in modulating calcium ion influx.'
@FrauHodl Cryo-Linking elephantids to mice: 1. TRPV3 / Wholly Mammoth https://t.co/PRsStBl9ll 2. Wholly Mice
Una comparación genética entre el mamut lanudo y el elefante asiático https://t.co/r1ZKe1kqwA mostró diferencias en al menos 1642 genes involucrados en la adaptación al frío extremo. ¿Se podría usar la edición genética para modificar esos genes del ADN del elefante asiático?
Elephantid genomes reveal the molecular bases of Woolly Mammoth adaptations to the arctic published as: https://t.co/HJepr1rzcI @cellreports #biorxiv
Elephantid Genomes Reveal the Molecular Bases of Woolly Mammoth Adaptations to the Arctic Cell Reports @CellPressNews https://t.co/b6P1gGXfgp
BP
DC
虚ナ
M