Bernardi et al. report an extensive multiomics dataset on medulloblastoma encompassing five unbiased omics layers. Unsupervised data integration revealed intertumoral metabolic heterogeneity across Group 3 medulloblastoma. Notably, lipid storage in the MYC-driven Group 3 subtype emerges as a targetable vulnerability, offering promising therapeutic avenues against these lethal tumors.

This webinar will be hosted live and available on-demand Friday, February 27th, 202612:30 - 2:00 PM ET Immunology research is rapidly evolving, with emerging technologies such as single-cell approaches, multiplexed imaging methods, multiomic profiling, and computational modeling enabling unprecedented views of the immune system. By applying these innovations, scientists are uncovering functional shifts and patterns in the immune system across health and disease, revealing new insights into how immunity develops and changes over time. In this webinar brought to you by The Scientist, Claire Gustafson will highlight cutting-edge tools and technologies that are advancing immunology research.

Sesquiterpenes are key molecules nurturing the complex and subtle base notes of pelargonium fragrances. Yet, their contribution to the essential oil o…

Illumina has unveiled its latest cloud-based platform, Connected Multiomics, designed to simplify and accelerate multiomic data analysis.

IntroductionChromatin accessibility is broadly implicated in plant abiotic stress responses; nevertheless, its role under cold stress in upland cotton (Gossy...

Repeated stress triggers habituation, an important stress coping response. Here, authors chart the dynamic gene expression changes that underlie stress habituation in the mouse brain and reveal two di...