chromosomal stability Archives

Re-inventing mutation-driven evolution (2)

Dec 20, 2016James KohlAdaptations, Alternative Splicings, Autophagy, Diseases & Disorders, Ecology, RNA Directedanti-entropic virucidal energy, autophagy, bio-functional information, Carl Woese, Cellular Clocks, chromosomal rearrangements, chromosomal stability, convergent gene arrangements, deep evolutionary traits, DNA damage repair, ecological adaptation, ecological variation, energy as information, genomic entropy, Long non-coding RNAs, metabolism, microRNA/messenger RNA, microRNAs, mitochondrial genomes, morphogenesis, mRNA, mRNA accumulation, natural information processing, p53 network, phylogenetic signal, Phylogenetic trees, pre-mRNA, protein folding chemistry, RNA-mediated amino acid substitutions, Splicing efficiency, supercoiled DNA, temperature-dependent, temperature-dependent oscillations, viral latency, Virus-driven energy theft

See: Re-inventing mutation-driven evolution See also: Temperature regulates splicing efficiency of the cold-inducible RNA-binding protein gene Cirbp … we suspected that splicing efficiency, as defined by the fraction of pre-mRNA converted into mature mRNA, must have contributed to temperature-dependent Cirbp mRNA accumulation Splicing efficiency is energy-dependent in the context of temperature-dependent oscillations that link the […]