#chromosomes — Public Fediverse posts

#knowledgeBit: #Cytogenetics refers to the study of tissue, blood, blood marrow, or culture cells in a laboratory, using banding or manipulating techniques to look for changes in the #Chromosomes, including broken, missing, rearranged, or extra chromosomes.

Changes in the chromosomes may be a sign of a genetic disease or condition

https://knowledgezone.co.in/kbits/63733054ce2d8b5293420db1

 
My DNA

6-sec video of #dancing #chromosomes
By Jon Goldman on Vimeo.com

🔗 https://vimeo.com/1041802347 2024 Dec 23

#We #Are #TimeTravelers #DNA #chromosome #life #genetics #movie #animation #Kronodon

Detailed structure of understudied #cell division 'nanomachine' revealed.

#mitosis #SIN3B #chromosomes #histones

https://phys.org/news/2023-05-understudied-cell-division-nanomachine-revealed.html

https://www.science.org/doi/10.1126/sciadv.adh0411

"We report a tightly regulated epigenome landscape change from the germline to embryos that are regulated through differential expression of distinct histone gene clusters. Together, this study reveals that a change from a H3.3- to H3-enriched epigenome during embryogenesis restricts developmental plasticity and uncovers distinct roles for individual H3 genes in regulating germline chromatin."

#epigenetics #devBio #developmentalBiology #chromosomes #chromatin #histones

https://www.science.org/doi/10.1126/sciadv.adh0411

"We report a tightly regulated epigenome landscape change from the germline to embryos that are regulated through differential expression of distinct histone gene clusters. Together, this study reveals that a change from a H3.3- to H3-enriched epigenome during embryogenesis restricts developmental plasticity and uncovers distinct roles for individual H3 genes in regulating germline chromatin."

#epigenetics #devBio #developmentalBiology #chromosomes #chromatin #histones

https://www.science.org/doi/10.1126/sciadv.adh0411

"We report a tightly regulated epigenome landscape change from the germline to embryos that are regulated through differential expression of distinct histone gene clusters. Together, this study reveals that a change from a H3.3- to H3-enriched epigenome during embryogenesis restricts developmental plasticity and uncovers distinct roles for individual H3 genes in regulating germline chromatin."

#epigenetics #devBio #developmentalBiology #chromosomes #chromatin #histones

https://www.science.org/doi/10.1126/sciadv.adh0411

"We report a tightly regulated epigenome landscape change from the germline to embryos that are regulated through differential expression of distinct histone gene clusters. Together, this study reveals that a change from a H3.3- to H3-enriched epigenome during embryogenesis restricts developmental plasticity and uncovers distinct roles for individual H3 genes in regulating germline chromatin."

#epigenetics #devBio #developmentalBiology #chromosomes #chromatin #histones