Beyond classic RNA expression analysis, RNA sequencing enables the analysis of structural information encoded in the transcriptome, such as splice variants, gene fusions, mutations and RNA editing events, many of these of paramount relevance for biomarker-based diagnostics and precision medicine.
RNA sequencing is the preferred method for a number of applications, including:
Biogazelle offers a complete solution for these applications - ranging from basic research to pre-clinical studies and clinical trials - through our expert RNA sequencing and data analyses services. Our services are applicable on human, mouse and rat samples.
“I convinced myself in the first telephone meeting that Biogazelle was at
the leading edge with their technology and science for cancer biology.”
Erik van Beers, VP science and technology at SkylineDx
Biogazelle offers a tailored sequencing workflow depending on your project needs. Check the below table to learn which RNA sequencing workflow best fits your application, RNA biotype or sample type.
Application | RNA biotype | Sample type | Workflow |
microRNAs and other small RNAs |
|
Small RNA sequencing | |
Protein coding mRNAs |
|
mRNA capture sequencing | |
|
|
||
Protein coding mRNAs and polyadenylated lncRNAs |
|
Stranded total RNA sequencing | |
Protein coding mRNAs and all lncRNAs |
|
Stranded total RNA sequencing | |
|
mRNA + lncRNA capture sequencing | ||
|
Protein coding mRNAs |
|
mRNA capture sequencing |
Protein coding mRNAs and polyadenylated lncRNAs |
|
Stranded polyA+ RNA sequencing | |
Protein coding mRNAs and all long non-coding RNAs |
|
Stranded total RNA sequencing | |
|
mRNA + lncRNA capture sequencing |
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B-9052 Zwijnaarde
Belgium
email: info@biogazelle.com
phone: +32 9 245 96 43
fax: +32 9 251 56 56