Most gene-editing tools cut DNA wherever they’re pointed, with no way to tell a tumor cell from a healthy one. A study published in Nature in early 2026 describes an enzyme that can do exactly that: a ...
One hallmark of many biological processes is cellular phenotypic heterogeneity. Now, a new deep learning method—AINU (artificial intelligence [AI] of the nucleus)—can identify specific nuclear ...
Morning Overview on MSN: New gene-editing method targets cancer DNA while sparing healthy cells
GEN: New AI Tool Scans STORM Images to Distinguish Cancer Cells from Normal Cells
New AI Tool Scans STORM Images to Distinguish Cancer Cells from Normal Cells
MSN: Engineered T-cells that express both CARs and TCRs can better distinguish between cancerous and healthy tissues
Researchers have developed an innovative dual-receptor T-cell therapy that promises safer and more effective cancer treatments. This study, published in Cell, demonstrates that engineering T-cells to ...
Engineered T-cells that express both CARs and TCRs can better distinguish between cancerous and healthy tissues
Medical Xpress: Integration of single-cell multiomics data allows a more precise identification of rare cell types and states
Researchers at the Josep Carreras Leukaemia Research Institute have demonstrated that combining data from different origins enables a more precise characterization of cell type's diversity into ...
Integration of single-cell multiomics data allows a more precise identification of rare cell types and states
A major early-career grant is set to advance research into one of immunology’s most fundamental questions: How the body tells friend from foe at the molecular level.Dr Alex Price at the Wistar ...