RNA sequencing unlocks new insights into DFSP treatment with patient-derived organoids
Dermatofibrosarcoma protuberans (DFSP) is a rare skin sarcoma known for its high recurrence rates, making…
Browsing: Commentary
Why the future of personalized medicine will require new machine learning tools and methods for analyzing single cell omics data
While not everything in this world improves with age, technologies tend to get better and…
Single-cell sequencing of python RNA uncovers conserved regenerative mechanisms in humans
UT Arlington research on pythons provides insights into human diseases like diabetes and cancer High-resolution,…
Bridging the gap – enhancing and unifying bone RNA-seq data
Single-cell RNA sequencing, or scRNA-seq, has revolutionized the way scientists study cells, by grouping them…
How cells know where to grow after injury
From The Scientist by Deanna MacNeil, PhD In work published in iScience, a research team…
Turning up the volume of quieter RNAs
A new RNA sequencing approach allows scientists to hone in on rare, often obscured transcripts…
New multimodal signature could predict immunotherapy success
An international team of researchers led by Francesca Finotello from the Digital Science Center (DiSC)…
Moffitt study unveils the role of gamma-delta T cells in cancer immunology
A new study published in Cell Press reveals critical insights into the role of gamma-delta T cells…
Privacy concerns in RNA sequencing – new method quantifies single-cell data’s risk of private information leakage
Access to publicly available human single-cell gene expression datasets, or scRNA-seq datasets, has significantly enhanced…
Research provides new insights into role of mechanical forces in gene expression
The canonical view of termination of transcription holds that after releasing the mRNA, RNAP dissociates…