Transcriptome sequencing is a comprehensive and rapid method for detecting all transcriptomes and gene sequences of a specific cell or tissue of a species under a particular condition. It can be used to study species' gene structures and functions, alternative splicing, Transcript 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 compare accurately high and low-performance genes.
Application Features
★ Accurate and broad detection range, low background values, and high specificity.
★ Detectable in non-model species as well.
Transcriptome sequencing is a comprehensive and rapid method for detecting all transcriptomes and gene sequences of a specific cell or tissue of a species under a particular condition. It can be used to study species' gene structures and functions, alternative splicing, Transcript 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 compare accurately high and low-performance genes.
Application Features
★ Accurate and broad detection range, low background values, and high specificity.
★ Detectable in non-model species as well.
樣本需求
Transcriptome Sequencing
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