A specific leopard gecko variety, the 'lemon frost' morph, naturally develops aggressive tumors sharing genetic similarities with human cancers. This offers a valuable new model for studying cancer development and treatment resistance.
Researchers identify TDP43 as a key regulator of DNA repair. Its imbalance affects ALS and FTD progression while influencing mutation rates in cancer cells, marking a breakthrough in neurodegeneration and oncology.
Improved NanoSeq DNA sequencing analyzes cheek swabs/blood samples, revealing somatic mutations linked to aging, smoking, and alcohol. The research identifies early cancer development & risk factors.
Scientists developed AI using genomics and computational modeling to predict cell behavior and cancer development. This enables digital twins for personalized immunotherapy and treatment strategies.
New computer technique enables more precise glioblastoma biopsies using clinical scans, providing deeper insights into tumor biology and treatment responses. Improves tissue analysis for brain cancers.
