^Topic

nuclear organization

^{Type
post

Date
December 31, 2021

Categories
Biology
Evolution
Intelligent Design
Tagged
, Caltech, Dan Graur, DNA, evolution, floor plan, genomic distances, intelligent design, junk DNA, lncRNAs, ncRNAs, non-coding DNA, non-coding RNA, nuclear organization, nucleolus, nucleus, proteins, RD-SPRITE, RNA, spatial organization, speckles, splicing, transcriptional condensates}

#2 Story of 2021: Caltech Finds Amazing Role for Noncoding DNA

_{Science and Culture
December 31, 2021

Biology, Evolution, Intelligent Design

9}

There’s more function in the “junk” than imagined. Caltech finds a significant role: maintaining territories and compartments, and guiding components. Read More ›

^{Type
post

Date
December 3, 2021

Categories
Biology
Evolution
Intelligent Design
Tagged
, Caltech, Dan Graur, DNA, evolution, floor plan, genomic distances, intelligent design, junk DNA, lncRNAs, ncRNAs, non-coding DNA, non-coding RNA, nuclear organization, nucleolus, nucleus, proteins, RD-SPRITE, RNA, spatial organization, speckles, splicing, transcriptional condensates}

Caltech Finds Amazing Role for Noncoding DNA

_{Science and Culture
December 3, 2021

Biology, Evolution, Intelligent Design

8}

There’s more function in the “junk” than imagined. Caltech finds a significant role: maintaining territories and compartments, and guiding components. Read More ›