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Animal LncRNA Sequencing
Animal LncRNA Sequencing Services
Long non-coding RNAs (LncRNAs) account for the vast majority of the entire animal transcriptome. They include many regulatory RNAs that have been discovered to have important functions and are over 200 nucleotides in length. Animal Long non-coding RNAs influence a wide range of cellular functions by controlling gene transcription, post-transcriptional modifications, and epigenetics. BioVenic utilizes a high-throughput sequencing platform to sequence animal LncRNA from sample processing to data analysis, focusing on research goals related to metabolic pathways and regulatory associations. Our experienced team of experts conducts quality management throughout the project, strictly adheres to standardized procedures, and is dedicated to delivering high-quality and accurate data and analysis reports to meet your animal-related research requirements.
Fig.1 Structural Characterization Analysis of LncRNA in Various Livestock. 1
Animal LncRNA Sequencing Services
BioVenic's animal lncRNA-seq technology relies on the RNA-Seq platform to easily achieve high throughput and high precision with only trace amounts of samples. With our extensive project experience and seasoned expert team in the field of animal transcriptome, we offer scientific research users with full coverage of customized analysis services. These services include qualitative and quantitative analysis of lncRNA, differential expression analysis, enrichment analysis, and target prediction.
- Sample Processing and Enrichment
BioVenic has developed a standardized extraction and enrichment process for lncRNA, which effectively eliminates interference from ribosomal RNA. We conduct multiple steps of rigorous quality checks throughout the extraction process to ensure purity, concentration, and integrity.
- cDNA Synthesis and Library Construction
BioVenic combines gene synthesis, sequencing, and PCR platforms to easily construct targeted libraries by reverse transcribing fragmented RNA into cDNA, ensuring that the entire process is rigorous and reliable.
- Sequencing and Data Analysis
BioVenic relies on its high-throughput RNA-Seq sequencing platform to efficiently align and sequence libraries, perform quality control, filter sequencing data, and offer customized bioinformatics solutions upon request.
Animal LncRNA 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?
Personalized Service
We customize animal LncRNA sequencing solutions to meet customer needs, including sample processing procedures and data analysis directions.
Multiple Quality Control
The comprehensive technical process we offer to our customers includes various quality control tests, such as sample completion assessment and database quality assessment.
One-stop Solution
Customers only need to provide the experimental direction they are interested in and the animal samples to be tested. We will fully customize animal lncRNA detection solutions according to specific needs and sample types.
BioVenic offers comprehensive LncRNA high-throughput sequencing customization services. We utilize ribosome chain-specific library construction methods to enrich target RNA and qualitatively and quantitatively detect it. We have extensive experience in detecting and analyzing animal transcriptomes. We can assist customers in promptly, comprehensively, and accurately acquiring information on long non-coding RNA related to specific biological processes like development or disease. This data can be utilized in studying animal ontogeny and metabolic regulation mechanisms. Please feel free to contact us for more details.
Reference
- Lagarrigue, Sandrine, et al. "LncRNAs in domesticated animals: from dog to livestock species." Mammalian Genome (2021): 1-23.