Search Results - "yeast"
Suggested Topics within your search.
Suggested Topics within your search.
- Transcription Factors
- Gene Expression Regulation 2
- Gene Expression Regulation, Fungal 2
- Saccharomyces cerevisiae 2
- genetics 2
- metabolism 2
- CRZ1 protein, S cerevisiae 1
- Calcium 1
- Calcium Signaling 1
- Cellular signal transduction 1
- Chromatin 1
- Chromatin Assembly and Disassembly 1
- DNA 1
- Effect of stress on 1
- Epigenesis 1
- Epigenesis, Genetic 1
- Euchromatin 1
- Gene Silencing 1
- Gene expression 1
- Gene silencing 1
- Genetic regulation 1
- Genetic transcription 1
- Genetics 1
- Heterochromatin 1
- Histones 1
- Metabolism 1
- Physiological effect 1
- Protein Conformation 1
- Protein Folding 1
- Protein folding 1
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Gene silencing in budding yeast
Published 2016Table of Contents: “…Contents: Gene silencing: an epigenetic phenomenon -- Chromatin remodeling: heterochromatin and euchromatin -- Silent chromatin in budding yeast: mating-type loci -- Silent information regulation: telomeric genes and Sir proteins.…”
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Series
Electronic Video -
2
mRNA capping
Published 2007Table of Contents: “…Contents: Modification of mRNA 5' ends by addition of a m7G cap structure -- Capping for viability -- Conservation in yeast to humans -- Structure of caps and capping enzymes -- Mechanism of cap synthesis -- Protein-protein interactions that link capping to events in transcription, transport and translation -- siRNA knockdown experiments.…”
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Series
Electronic Video -
3
Dynamic signal encoding in the S. cerevisiae calcium response
Published 2020Table of Contents: “…Contents: Calcium and Signaling -- Excessive calcium causes cellular stress -- Signaling pathways are turned on to combat this stress -- In budding yeast, these pathways involve nuclear translocation of transcriptional regulator Crz1 -- Examination of this regulator shows that nuclear translocation occurs in "bursts" -- Bursts are quantized and frequency-modulated -- Frequency modulation enables proportional expression of downstream target genes.…”
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Series
Electronic Video -
4
Intrinsically unstructured proteins regulation and disease /
Published 2012Table of Contents: “…Contents: Regulatory genomics and systems biology -- Intrinsically unstructured proteins (IUPs): structural and biophysical advantage -- Functional advantage -- Thermodynamic and kinetic advantage -- Conformational advantage -- Identification of IUPs -- Functions of IUPs -- Disadvantages of unstructured regions -- Unstructured regions in proteins -- Cells minimize the risks of unstructured proteins -- Tight regulation of IUPs -- Key regulatory events affecting protein availability -- IUPs in yeast -- Gene-ontology functional enrichment analysis -- Genome-scale datasets on transcript availability -- Transcripts encoding IUPs are tightly controlled -- Mechanisms affecting transcript stability -- Genome-scale datasets on protein availability -- IUPs are tightly controlled at the translational level -- PEST sequences -- Aggregation prone IUPs: more tightly regulated -- Control calculation -- Tight regulation of IUPs is evolutionarily conserved -- Control of IUP affects signaling fidelity/regulation -- Control of specific IUP affects protein aggregation.…”
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Series
Electronic Video