Transcript sequencing is a comprehensive and rapid detection of specific cells or tissues of a species. All transcripts and gene sequences in a particular state can study species' gene structure and function, alternative splicing, new transcription sequence prediction, etc.
Compared to traditional RNA quantification methods (such as qPCR or hybridization), Insight RNA sequencing has the following advantages:
★High throughput: The number of genes detected by RNA sequencing at a time can be almost unlimited, which is helpful for researchers to carry out a wide range of tests.
★ Discover new genes: Traditional RNA quantification methods can only quantify known RNA. RNA sequencing of foresight genes can use experimental back-end analysis to help researchers find new essential genes.
★Gene variants (gene variants): Traditionally, only known RNA quantification can be performed, and new gene variants cannot be discovered. RNA sequencing of foresight genes can use experimental back-end analysis to understand the genetic variants and help the medical team understand the causes of various diseases.
★Wide range of performance detection: RNA sequencing does not have the problem of background value caused by traditional RNA quantification, which affects the signal-to-noise ratio and signal saturation. It can significantly increase the detection range of performance and help the medical team accurately compare high and low-performance genes.
Application Features
★The detection range is precise and comprehensive, with low background value and high specificity.
★Non-model species can also be detected.
Transcript sequencing is a comprehensive and rapid detection of specific cells or tissues of a species. All transcripts and gene sequences in a particular state can study species' gene structure and function, alternative splicing, new transcription sequence prediction, etc.
Compared to traditional RNA quantification methods (such as qPCR or hybridization), Insight RNA sequencing has the following advantages:
★High throughput: The number of genes detected by RNA sequencing at a time can be almost unlimited, which is helpful for researchers to carry out a wide range of tests.
★ Discover new genes: Traditional RNA quantification methods can only quantify known RNA. RNA sequencing of foresight genes can use experimental back-end analysis to help researchers find new essential genes.
★Gene variants (gene variants): Traditionally, only known RNA quantification can be performed, and new gene variants cannot be discovered. RNA sequencing of foresight genes can use experimental back-end analysis to understand the genetic variants and help the medical team understand the causes of various diseases.
★Wide range of performance detection: RNA sequencing does not have the problem of background value caused by traditional RNA quantification, which affects the signal-to-noise ratio and signal saturation. It can significantly increase the detection range of performance and help the medical team accurately compare high and low-performance genes.
Application Features
★The detection range is precise and comprehensive, with low background value and high specificity.
★Non-model species can also be detected.
樣本需求
Transcriptome Sequencing
統計分析圖
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