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Nuclear control of respiratory chain expression by transcriptional activators and coactivators

Table of Contents: “…Contents: Contribution of nuclear and mitochondrial genomes to respiratory chain expression -- Genomic origin of respiratory chain subunits -- Cytochrome c as a model for respiratory gene expression -- DNA binding and transcriptional properties of nuclear respiratory factors (NRF-1 and NRF-2) -- Identification and characterization of NRF target genes -- Phenotypes associated with a targeted disruption of NRF-1 in mice -- NRF control of mitochondrial transcription factor expression -- The PGC-1 family -- PRC functional interactions with NRF-1 and CREB -- Cytochrome c promoter occupancy by PRC during the transition from quiescence to proliferative growth -- Potential role for PRC in integrating mitochondrial functions with cell growth.…”
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Nuclear control of respiratory chain expression by transcriptional activators and coactivators

Table of Contents: “…Contents: Contribution of nuclear and mitochondrial genomes to respiratory chain expression -- Genomic origin of respiratory chain subunits -- Cytochrome c as a model for respiratory gene expression -- DNA binding and transcriptional properties of nuclear respiratory factors (NRF-1 and NRF-2) -- Identification and characterization of NRF target genes -- Phenotypes associated with a targeted disruption of NRF-1 in mice -- NRF control of mitochondrial transcription factor expression -- The PGC-1 family -- PRC functional interactions with NRF-1 and CREB -- Cytochrome c promoter occupancy by PRC during the transition from quiescence to proliferative growth -- Potential role for PRC in integrating mitochondrial functions with cell growth.…”
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Nuclear control of respiratory chain expression by transcriptional activators and coactivators

Table of Contents: “…Contents: Contribution of nuclear and mitochondrial genomes to respiratory chain expression -- Genomic origin of respiratory chain subunits -- Cytochrome c as a model for respiratory gene expression -- DNA binding and transcriptional properties of nuclear respiratory factors (NRF-1 and NRF-2) -- Identification and characterization of NRF target genes -- Phenotypes associated with a targeted disruption of NRF-1 in mice -- NRF control of mitochondrial transcription factor expression -- The PGC-1 family -- PRC functional interactions with NRF-1 and CREB -- Cytochrome c promoter occupancy by PRC during the transition from quiescence to proliferative growth -- Potential role for PRC in integrating mitochondrial functions with cell growth.…”
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