Stability

... pumps, receptors) 2) diffusion rate (interaction with molecule size and shape) 3) protein-protein interactions (again, affected also by shape/bi-stability) 4) transcription rate and errors (TF to DNA binding rate, polymerase binding rate, chromatin effects) 5) translation rate and errors Thanks ...

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... pumps, receptors) 2) diffusion (interaction with molecule size and shape) 3) protein-protein interactions (again, affected also by shape/bi-stability) 4) transcription rate and errors (TF to DNA binding rate, polymerase binding rate, chromatin effects) 5) translation rate and errors

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... changes (gene silencing, genomic imprinting, and transvection, etc). In 2006, Alleman et al proposed that "paramutation is RNA-directed. Stability of the chromatin states associated with paramutation and transposon silencing requires the mop1 gene, which encodes an RNA-dependent RNA polymerase." ...

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... the adaptations of multiple systems for new "exaptations" that are not directly related to survival. Intelligent being societies require stability in order to progress. The natural focus on stability may yield universals among all societies of intelligent beings in order to facilitate ...

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... a graph in which the change in organisms' genes over time is mapped, you'll see varying rates of change, interspersed by periods of relative stability. It is during those states of stability that we can, with some confidence, consider a group of organisms a species or perhaps subspecies. ...

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