… The pathogenic fungus Cryptococcus neoformans must overcome multiple … affects degradation
of RP transcripts during host-temperature adaptation we performed 30C and 37C stability …

… specific degradation of subsets of functionally related mRNAs in … major mRNA deadenylase,
CCR4, impairs host temperature … permit mRNA decay to be uncoupled from mRNA synthesis …

… , such as Cryptococcus neoformans, is their ability to adapt to … transcript degradation and
mRNA decay in host-temperature … its transcriptome, further impairing its stress responsiveness. …

… mRNA ligase function to what has been reported in other species (Cryptococcus neoformans
… are tightly regulated, and that mRNA synthesis and degradation are coupled processes in …

… ) mRNA decay during oxidative stress from H2O2, but is completely dispensable for adaptation
to host temperature stress of 37C… of mRNA synthesis and mRNA decay, known as mRNA …

… by increased concentrations and incubation temperature. Together, these results indicate …
and mRNA decay that drastically affects the ability of the fungal pathogen to adapt to oxidative …

… degradation, and mRNA surveillance and decay (26, 32… of Gcn2 to the stress adaptations
we observed in C. … response to temperature is driven mainly by Ccr4-dependent mRNA decay, …

… Furthermore, cytokinesis in these mutants is impaired and … thermal stress temperature induces
a preponderant mRNA … cytokines, GXM also promotes the uncoupling activity of NF-κB to …

… and that, while Ccr4-mediated mRNA decay is not a prerequisite for Mpk1 activation, Ccr4
either directly or indirectly modulates Hog1 activation during host temperature adaptation. …

… normal mammalian body temperature (1). Imperative to this … ] was also used to uncouple
proton motive force from oxygen … The explanation that loss of Mrj1 impairs the ETC at …