Monkey RNA, derived from defined primate species and biological material, provides RNA for studying gene expression, transcript abundance, transcript composition, RNA processing, and RNA biology in primate research. Transcriptomic studies of rhesus macaque (Macaca mulatta), cynomolgus macaque (Macaca fascicularis), and other non-human primates have identified extensive tissue-specific expression patterns and contributed to reference transcriptome resources for comparative and biomedical research.

Key Features

• Non-Human Primate Origin : RNA derived from a defined monkey species and biological material, supporting species-specific molecular and transcriptomic studies.

• Transcriptome Analysis : Suitable for investigating RNA abundance, tissue-specific gene expression, and differential gene-expression profiles.

• Transcript Diversity : Supports analysis of transcript isoforms, alternative splicing, and other RNA-processing features characterized in primate transcriptomes.

• Comparative Transcriptomics : Enables comparison of transcriptomic profiles among non-human primates and with human datasets, including investigation of conserved and species-associated molecular characteristics.

Usual Research Uses

• RNA Sequencing and RT-qPCR : Supports transcriptome-wide and targeted gene-expression analyses.

• Transcriptome Profiling : Enables characterization of transcript abundance and tissue-specific expression patterns.

• Transcript and Splicing Analysis : Used for transcript-isoform analysis, alternative-splicing studies, and investigation of RNA-processing patterns.

• Primate Biomedical Research : Applications include neuroscience, infectious-disease research, immunology, developmental biology, comparative transcriptomics, and translational research using non-human primate models.