Meta Transcriptome Sequencing

Metatranscriptomics, also known as environmental transcriptomics, refers to the study of the entire gene transcription and transcriptional regulation patterns of microbial communities in a specific environment at a specific time on a holistic level. It aims to reveal the adaptive mechanisms of microorganisms under different environmental pressures and explore the interaction mechanisms between the environment and microorganisms. Its applicable scope includes fields such as human microecology, environment, industry, and agriculture. Metatranscriptomics focuses on all RNA in the ecological environment, avoiding the challenges of microbial isolation and cultivation, and effectively expanding the utilization space of microbial resources.

BiotechPack's transcriptome sequencing service is based on the Illumina high-throughput sequencing platform, capable of detecting the overall transcription level of any species at the single-nucleotide level. In addition to analyzing the structure and expression levels of transcripts, it can also discover unknown and rare transcripts, and accurately identify alternative splicing sites and coding sequence single nucleotide polymorphisms (cSNPs), thus providing the most comprehensive transcriptome information.

Metatranscriptome sequencing process

Metatranscriptome sequencing process

Service advantages

Experienced technicians can provide a full range of professional services from experimental design, sample testing, to data analysis.
Clearly defined processes reduce unnecessary waste of samples and time, resulting in short delivery times.
BiotechPack has its own bioinformatics analysis platform, providing advanced custom analyses in addition to conventional analyses.
BiotechPack possesses platforms for proteomics and metabolomics analysis, allowing for multi-omics integration analysis to enhance publication quality.

BiotechPack transcriptome sequencing case studies

BiotechPack transcriptome sequencing case studies

Related services

Transcriptome sequencing
Prokaryotic transcriptome sequencing
Eukaryotic reference-free transcriptome sequencing
Eukaryotic reference-based transcriptome sequencing