Brain Texture Fingerprints Reveal Two Distinct Schizophrenia Subtypes
A novel texture similarity network analysis of brain scans has identified two reproducible schizophrenia subtypes with distinct molecular signatures.
A novel texture similarity network analysis of brain scans has identified two reproducible schizophrenia subtypes with distinct molecular signatures.
Researchers have identified and engineered a set of exceptionally strong constitutive promoters from Lactococcus cremoris, expanding the genetic toolbox for ...
Scientists in the UAE isolated five drought-hardy Bacillus strains from hypersaline sabkha soils and showed they boost tomato growth, water ...
A long-term evolution experiment shows that abrupt laboratory pH shifts exaggerate diatom growth and carbon fixation responses to ocean acidification ...
A new computational framework called STARIT converts the spatial positions of mRNA molecules inside cells into image tensors, allowing deep ...
Researchers at Baylor College of Medicine identified MECP2 regulatory variants on the X chromosome that may help explain why autism ...
Researchers at Shanxi Agricultural University have mapped the expression of the gibberellin-deactivating gene CsGA2ox2 across cucumber fruit development, revealing significantly ...
A systematic exploratory study of TaqMan genotyping and housekeeping gene expression assays finds that slow, intermediate and fast PCR ramp ...
New research shows that silencing the PD-L1 gene in gastric cancer cells reshapes the expression of MAPK-regulating DUSP phosphatases, revealing ...
A new bioinformatic study in Reproductive Sciences shows that a risk model built from telomere-related senescence genes can independently predict ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine