Technical Articles
cell cycle
What Is Cyclin A2 (CCNA2): Cell-Cycle Role, CDK2 Partnership and Experimental Use
Cyclin A2 is the core S-phase and M-phase cyclin that activates CDK2 and CDC2. This article explains its expression timing, the E174-L432 construct boundary and how recombinant Cyclin A2 supports kinase and complex-reconstitution studies.
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- Cell Biology
- Cyclin A2
- CCNA2
- CDK2
- cell cycle
- S phase
- cyclin box
- kinase assay
- UA080273
Emergency Sorting at the Cellular Post Office: How Caprin-1 Manages Stress Granules
This article breaks down stress granule assembly and mRNA translation regulation in four steps - mRNA storage, stress signaling, granule assembly and clearance - centered on the regulatory role of Caprin-1 and its interplay with G3BP1, autophagy and
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- Cancer
- Caprin-1
- stress granule
- mRNA translation
- G3BP1
- autophagy
- cell cycle
- UA016107
Exploring the CDK2 Target: Unveiling New Horizons in Cell Cycle Regulation and Disease Treatment
CDK2 binds to different cyclins (such as Cyclin E and Cyclin A) to form active complexes that drive the transition of key cell cycle checkpoints. During the transition from G1 phase to S phase, the CDK2-Cyclin E complex plays a critical role. It phosphorylates a series of substrates, such as the retinoblastoma protein (Rb), releasing the transcription factor E2F, thereby initiating the transcription of DNA replication-related genes and promoting the cell's entry into S phase for DNA synthesis.
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- Cancer
- CDK2
- UA Bio Protein
- Kinase
- Cell Cycle
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