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Animal Whole Transcriptome Sequencing
Whole Transcriptome Sequencing Services
Whole-transcriptome sequencing is the primary method for studying RNA function in animals. It is used to assist researchers in thoroughly exploring and analyzing the structure and function of animal genes, and uncovering the inherent relationship between gene expression, biological traits, and physiological phenomena. BioVenic has launched whole-transcriptome sequencing services for animal samples to characterize all RNA transcripts in individuals, and to conduct differential analysis and discover gene function and expression. Our professional team relies on thorough bioinformatics analysis to accurately measure gene and transcript levels, study and explore underlying animal transcription and regulatory network mechanisms, and provide customers with valuable insights into their needs from a comprehensive animal transcriptomic perspective.
Fig.1 Analysis of Whole Transcriptome Characteristics of Porcine. 1
Whole Transcriptome Sequencing Services
BioVenic's total RNA sequencing service enables simultaneous sequencing and analysis of coding and non-coding animal transcripts. Various non-coding RNAs reveal evidence of diverse cellular functions and serve as major targets for gene transcription, post-transcriptional modification, and epigenetic regulation. We offer comprehensive whole transcriptome sequencing solutions for animal samples to researchers worldwide, enabling gene differential expression analysis and RNA discovery.
- Strictly standardized sample processing procedures ensure the integrity of the total transcripts and the reliability of the data.
- Use RNA-Seq to accurately quantify gene transcription levels, identify splicing variants, and discover new features of the transcriptome.
- In-depth bioinformatics analysis enables clients to explore underlying transcriptional and regulatory networks in animals, providing key insights into the functional interactions from a comprehensive transcriptomic perspective.
Animal Whole Transcriptome Sequencing Service Flow Chart
RNA-Seq Analysis Platforms
BioVenic's RNA sequencing (RNA-Seq) platform is tailored for scientific users who need detailed analysis of the influence of RNA on gene expression and cellular function in animal samples. The platform utilizes next-generation sequencing to capture snapshots of animal transcriptomes and identify non-transcriptomic RNA sequences. At the same time, RNA-Seq can achieve quantification and identify differential expression, providing a powerful tool for in-depth exploration of animal physiological health conditions and transcriptome regulation of various common diseases. With this platform you can easily achieve:
RNA-Seq Analysis Workflow
Why Choose Us?
Compared with a single type of RNA, whole-transcriptome sequencing services reveal comprehensive animal-related transcriptional regulatory network mechanisms.
Whole transcriptome sequencing enables customers to analyze the complete transcriptome of a target animal across a broad dynamic range.
Our whole-transcriptome analysis solutions enable a comprehensive exploration of phenotypes or biomarkers of interest.
Whole-transcriptome sequencing services aim to explore and capture both known and novel characteristics of RNA throughout the entire transcriptome.
BioVenic has recently introduced customized animal whole transcriptome sequencing services to serve as a dependable and professional partner for scientific research users investigating the targeted regulation and interaction between non-coding RNA and mRNA. BioVenic uses cutting-edge ribosome chain-specific library construction methods and small fragment enrichment screening library construction methods to cater to the personalized requirements for simultaneous analysis of differential expression levels, functional prediction, and correlation analysis of mRNA, small RNA, lncRNA, and circRNA. The one-stop solution for animal whole transcriptome follows a strict experimental design and quality control process from sample processing, library construction, and sequencing to data analysis to ensure high-quality results. If you are struggling with whole-transcriptome analysis, please feel free to contact us to easily apply it and advance scientific research.
Reference
- Jin, Long, et al. "A pig BodyMap transcriptome reveals diverse tissue physiologies and evolutionary dynamics of transcription." Nature Communications 12.1 (2021): 3715.