Transcriptional Regulation and Function of Yeast Metallothionein During Oxidative StressUniversity of Michigan., 1993 |
Contents
CHAPTER | 7 |
HEAT SHOCK TRANSCRIPTION FACTOR ACTIVATES | 34 |
SNF1 PROTEIN KINASE REGULATES TRANSCRIPTION | 65 |
Common terms and phrases
Acad ACE1 ACE2 activates CUP1 activates transcription activity of HSF antioxidant antioxidant activity Biol carbon source cloning containing copper MT CUP1 expression CUP1 gene CUP1 mRNA levels CUP1 promoter CUP1 transcription CUPI CuZnSOD D. J. Thiele data not shown demonstrate DNA binding activity DNase DNase I footprinting domain of HSF eukaryotes expression during oxidative fragment function gene expression glucose glucose starvation growth defects heat shock factor heat shock induction heat shock transcription heat shock treatment HSF binding HSF1 gene HSF2 HSP70 gene induction of CUP1 Karin lactate mammalian metallothionein methylation interference mutant cells Natl oxidative stress pathway phosphorylation phosphorylation of HSF plasmid Proc response role Saccharomyces cerevisiae sequence shock transcription factor signal transduction SNF1 SNF1 and SNF4 SNF1 gene SNF1 protein kinase snfl mutant sodl Southern blot SSA3 genes subcloning superoxide dismutase transcription during oxidative transcription factor transcriptional activation uracil vitro wild type yeast