Anti-RPRD2 抗体

補足情報

This supplementary information is collated from multiple sources and compiled automatically.

Biological function summary

The regulatory activities of RPRD2 impact cellular processes through its part in multiple protein complexes particularly those focusing on transcription and RNA processing. RPRD2 collaborates with other proteins such as RPRD1A and RPRD1B to form a complex involved in mediating interactions with transcription factors and phosphatases. This complex functions in a coordinated manner to regulate the transcription machinery and contribute to RNA polymerase II activity modulation which in turn affects gene expression at a broader level.

Pathways

RPRD2 participates in several critical pathways including the RNA polymerase II transcription pathway and the mRNA maturation pathway. RPRD2's connection with the phosphatase complex places it in a network of interactions vital to maintaining transcriptional fidelity. Additionally RPRD2 is related to pathways involving proteins such as CDK9 which plays a role in controlling pause release at transcription start sites. These interactions position RPRD2 as an essential mediator within transcriptional networks.