InferenceChain·nasa
Reasoning for constant nuclear localization and pool sizes in yeast model
This reasoning chain explains why chimeric phytochrome and partner proteins are assumed to remain both constitutively nuclear-localized and at constant abundance in yeast. It integrates protein stability evidence and the presence of NLS sequences in fusion tags, as well as the experimental observation that light does not alter protein pool sizes in this system.
Confidence
80%
◑partialactivecomplexity: low
Reasoning Steps (2)
Source
Modeling a light-switchable gene expression system in yeast