Search Results - Genomics PLC~
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Spindle movement and checkpoint control during mitosis in yeast
Published 2009Get full text
Series
Electronic Video -
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Spindle movement and checkpoint control during mitosis in yeast
Published 2009Get full text
Series
Electronic Video -
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Spindle movement and checkpoint control during mitosis in yeast
Published 2009Get full text
Series
Electronic Video -
4
Replication licensing
Published 2009Table of Contents: “…Contents: Problems in ensuring complete genome replication -- Experiments revealing the existence of a replication licence -- The licensing reaction -- ORC, Cdc6, Cdt1 and Mcm2-7 -- Cell cycle regulation of licensing -- Pre-RC substrates in yeast -- Regulation of licensing in animal cells by Cdt1 degradation and geminin inhibition -- Is there a licensing checkpoint? …”
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Electronic Video -
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Replication licensing
Published 2009Table of Contents: “…Contents: Problems in ensuring complete genome replication -- Experiments revealing the existence of a replication licence -- The licensing reaction -- ORC, Cdc6, Cdt1 and Mcm2-7 -- Cell cycle regulation of licensing -- Pre-RC substrates in yeast -- Regulation of licensing in animal cells by Cdt1 degradation and geminin inhibition -- Is there a licensing checkpoint? …”
Get full text
Series
Electronic Video -
8
Replication licensing
Published 2009Table of Contents: “…Contents: Problems in ensuring complete genome replication -- Experiments revealing the existence of a replication licence -- The licensing reaction -- ORC, Cdc6, Cdt1 and Mcm2-7 -- Cell cycle regulation of licensing -- Pre-RC substrates in yeast -- Regulation of licensing in animal cells by Cdt1 degradation and geminin inhibition -- Is there a licensing checkpoint? …”
Get full text
Series
Electronic Video -
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Systems biology of the cell cycle
Published 2014Table of Contents: “…Contents: Control of cell cycle progression in eukaryotes by a network of universal protein interactions -- This dynamic system oscillates once per cell cycle -- Oscillation ceases when genomic integrity is in jeopardy -- The negative feedback loop by which Cdk1/CycB promotes CycB degradation via activation of APC/C -- Bistable ("toggle") switches are also important design principles of eukaryotic cell cycle control network -- The cell cycle.…”
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Series
Electronic Video -
14
Systems biology of the cell cycle
Published 2014Table of Contents: “…Contents: Control of cell cycle progression in eukaryotes by a network of universal protein interactions -- This dynamic system oscillates once per cell cycle -- Oscillation ceases when genomic integrity is in jeopardy -- The negative feedback loop by which Cdk1/CycB promotes CycB degradation via activation of APC/C -- Bistable ("toggle") switches are also important design principles of eukaryotic cell cycle control network -- The cell cycle.…”
Get full text
Series
Electronic Video -
15
Systems biology of the cell cycle
Published 2014Table of Contents: “…Contents: Control of cell cycle progression in eukaryotes by a network of universal protein interactions -- This dynamic system oscillates once per cell cycle -- Oscillation ceases when genomic integrity is in jeopardy -- The negative feedback loop by which Cdk1/CycB promotes CycB degradation via activation of APC/C -- Bistable ("toggle") switches are also important design principles of eukaryotic cell cycle control network -- The cell cycle.…”
Get full text
Series
Electronic Video