This solution reflects alternative folding events, genes and polymorphisms of single nucleotides (SNP), ensuring full transcript covering and minimizing 3 ‘or 5’ errors commonly occurring in conventional approaches.
Mobiuscope uses CDNA’s roundness to generate a 3 ‘and 5’ library from the same transcript that has a unique combination of a cellular cell code and UMI. This double approach includes the entire transcript, providing scientists with a full puzzle of cellular transcripts, which previously required long -term sequencing platforms.
Technology integrates with the existing flows of uniform work and individual testicles. A simple protocol might be made manually or using Singleron Matrix Neo with comfortable stopping points.
The ability to detect alternative submission, SNP or mutations and fusion transcripts in a single cell resolution will improve our understanding of cellular heterogeneity. Mobiuscope allows scientists to discover latest mechanisms of cellular functions, biomarkers and therapeutic goals that might remain underamed with traditional approaches.
Singleron offers a grant program granting as much as 4 free mobiuscope reactions for full -length sequencing of a single cell RNA. Scientists can submit an application by May 8, 2025.
The founder and general director of Singleron, Dr. Nan Fang, will present a technical introduction to Mobiuscope during the global start seminar. Interested researchers and partners are invited to hitch the online seminar or watch the video on demand after the event.
Press message provided by: Singleron Biotechnologies
