Cdc Anticuerpos

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VerCdc InhibidoresoCdc Substrates para análisis funcional de respuestas celulares aCdc.

Vea tambiénCdc Antibodies incluyendo, Cdc2, Cdc3, Cdc4, Cdc5, Cdc6, Cdc7, Cdc10... See More, Cdc11, Cdc13, Cdc14, Cdc14 Phosphatase, Cdc15, Cdc16, Cdc20, Cdc23, Cdc24, Cdc25, Cdc26, Cdc27, Cdc28, Cdc34, Cdc35, Cdc37, Cdc40, Cdc42, Cdc42EP2, Cdc42EP4, Cdc42EP5, Cdc45, Cdc50, Cdc50C, Cdc53, Cdc123, CdcA3, CdcA4

Yeast cell division control (Cdc) genes encode a highly conserved family of protein-serine/threonine/tyrosine kinases and phosphatases that are required for the execution of discrete steps in the cell cycle. In the budding yeast Saccharomyces cerevisiae, Cdc3, Cdc10, Cdc11, Cdc12, and Sep7/Shs1 septins assemble early in the cell cycle in a ring that marks the cytokinetic plane throughout the budding cycle. This ring structure participates in different aspects of morphogenesis, such as selection of cell polarity, localization of chitin synthesis, the switch from hyperpolar to isotropic bud growth after bud emergence and the spatial regulation of septation. Mutants, defective in any of the four genes (CDC3, CDC10, CDC11, CDC12), lack these septin filaments and display a pleiotropic phenotype that involves abnormal bud growth and an inability to complete cytokinesis. Specifically, the CDC3 and CDC12 septin genes are essential for viability. Cdc3 is a substrate of the cell cycle regulatory cyclin-dependent kinase (Cdk), Cdc28. Two serines near the C-terminus of Cdc3 are phosphorylated in a Cdc28-dependent manner.