✉news ScienceBiology first seen 11 h ago, last 9 h ago, peak #19
Long-Read Sequencing Yields New Deeply Characterized iPSC Resource
Original: Long-Read Genome Sequencing Powers a New, Deeply Characterized iPSC Resource for Lab Modeling
A new resource of induced pluripotent stem cells has been developed using long-read genome sequencing, providing researchers with deeply characterized cell lines for laboratory disease modeling. The combination of long-read technology, which captures complex genomic regions that shorter methods miss, with iPSC lines aims to give scientists a more complete genetic picture for studying disease in the lab.
Why now: Long-read sequencing is increasingly being applied to stem cell resources, offering researchers better characterized tools for disease modeling.
induced pluripotent stem cellslong-read genome sequencingBioengineer.org
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Evidence
- Long-Read Genome Sequencing Powers a New, Deeply Characterized iPSC Resource for Lab Modeling · Bioengineer.org
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