Monkey cDNA is a fundamental molecular resource for studying gene expression, functional genomics, and translational biomedical research in primates, including macaques (Macaca mulatta, Macaca fascicularis) and other commonly used research species. Generated by reverse transcription of mature messenger RNA (mRNA), cDNA captures the expressed transcript repertoire of the sampled tissue or cells and generally lacks intronic sequences present in genomic DNA. This makes monkey cDNA particularly suitable for analyses of tissue-specific gene expression, transcript characterization, molecular cloning, and quantitative molecular assays. Owing to the close genetic, physiological, and immunological similarities between primates and humans, monkey cDNA is widely used in studies of infectious diseases, neuroscience, immunology, vaccine development, metabolism, and regenerative medicine, where conserved gene regulation and signaling pathways are of particular interest.
Key Features
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Reverse-Transcribed Transcript Resource : Reverse-transcribed from mature mRNA, representing expressed protein-coding transcripts.
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Intron-Free Coding Sequences : Generally lacks intronic sequences present in genomic DNA.
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Broad Molecular Biology Compatibility : Compatible with RT-PCR, quantitative PCR (qPCR), molecular cloning, Sanger sequencing, and cDNA library preparation for RNA sequencing (RNA-seq).
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Transcript-Level Analysis : Enables investigation of alternative splicing, transcript isoforms, and tissue-specific gene expression.
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Versatile Research Material : Applicable to multiple monkey tissues, primary cells, and experimental disease models.
Typical Research Applications
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Gene expression analysis and functional genomics.
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Molecular cloning and recombinant protein expression.
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Biomarker discovery and comparative transcriptomics.
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Validation of RNA-seq and other transcriptomic datasets.
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Studies in neuroscience, immunology, infectious disease, vaccine research, developmental biology, and translational medicine.