… transcript degradation and mRNA decay in host-temperature … demonstrate that adaptation
to host temperature and immune … its transcriptome, further impairing its stress responsiveness. …

… several strategies to adapt to the host environment resulting in … , and body temperature induce
the targeted degradation of … modifications regulate mRNA stability, which affects a range of …

… adaptations we observed in C. neoformans, we compared the responses to both temperature
… translational response to temperature is driven mainly by Ccr4-dependent mRNA decay, …

… To characterize the interplay between mRNA degradation … stop codon, due to the uncoupling
of transcription and translation. … following temperature program: 2 min at 50C, 30 min at 70C …

… participate in adaptation to growth at 37C and that, while Ccr4-mediated mRNA decay is not
a … either directly or indirectly modulates Hog1 activation during host temperature adaptation. …

… and mRNA decay that drastically affects the ability of the fungal pathogen to adapt to …
orange stains incubated with cultures at room temperature for 30 min. Yeast were then fixed …

… degradation affects mRNA concentrations and should … and decoupling transcription and
translation) accelerates mRNA … mRNA degradation regulation and metabolic adaptations to …

… that cool adaptation suppresses glycolysis, along with impaired … uncoupled mitochondrial
respiration in cool-adapted … thermogenesis, since Ucp1 mRNA expression is unchanged (NCBI …

… UCP1 uncouples electron transport from ATP synthesis by … ATP synthesis [118], and BAT
mitochondria from cold-adapted … with impaired whole body acylglycerol synthesis argues …

… affects mRNA synthesis, whereas the other affects mRNA … thal temperature (33 C) and
determined the steady-state mRNA … distinct functions that can be uncoupled by specific mutations. …