RM2Target

RM2Target is a valuable resource for researchers and scientists interested in the intricate world of RNA modifications. This comprehensive database serves as a hub for information on writers, erasers, and readers (WERs) of RNA modifications, offering a vast array of data and tools to aid in the study of these crucial molecules. Upon visiting RM2Target, users are greeted with a clear and straightforward interface that makes navigation a breeze. The database boasts an extensive collection of target genes, with over 11,173 associations validated through experimental perturbation experiments, providing a solid foundation for research. Additionally, RM2Target predicts over 1,785,670 WER-target associations based on high-throughput sequencing data, such as CLIP-seq, RIP-seq, ChIP-seq, and Mass Spectrometry, further expanding the scope of available information. One of the standout features of RM2Target is its ability to infer WER-target associations from WER perturbation followed by high-throughput sequencing, such as RNA-seq, MeRIP-seq, and Ribo-seq. This process results in a vast repository of 3,218,835 WER-target associations, covering 273 WERs of 18 RNA modifications across 973 distinct cell lines/tissues from 20 organisms. This extensive coverage makes RM2Target an invaluable tool for researchers working in various fields, including cancer biology, genetics, and molecular biology. The database provides users with a wealth of information on WERs and target genes. Users can access basic information such as gene ID, gene symbol, gene type, alias symbols, and functional descriptions. This allows researchers to quickly identify and understand the genes relevant to their studies. Furthermore, RM2Target offers detailed information on WER-target associations, including binding in