The model estimated symptom onset with a 1.62-year average error in a high-risk research cohort. It is not a clinical test, and its UK Biobank replication relied on approximated dates.
A longitudinal study of people at elevated genetic risk found a 19-protein panel could estimate when clinical ALS would emerge, but broader validation remains necessary.
An NIH-funded study of more than 1,200 people found 34 circular RNAs predicted progression better than a leading protein marker, but no clinical assay is yet available.
A 40-person postmortem study found resident microglia declining from roughly ages 50 to 75, alongside stronger inflammatory signatures—but not proof of dementia causation.
The CRISPR-engineered mouse colon-cancer model removes B2m and MHC-I antigen presentation to support preclinical research on resistance to PD-1 and PD-L1 therapies.
The ninth curated release links more than 535,000 whole genomes with nearly 482,000 electronic health records and adds proteomics, RNA and long-read sequencing.
The prototype platform uses 16,567 CNS reference profiles across 133 diagnostic classes and includes separate kidney-tumor work; commercialization and regulated deployment remain prospective.
The international resource links patient-derived organoids and other models with molecular and clinical data, including rare cancers and donors of non-European ancestry.
A molecular atlas of 40 healthy human hippocampi found microglia declined as inflammatory and peripheral-like immune cells became more prominent from about ages 50 to 75.
The SenNet papers introduce 'senotypes' to distinguish rare cells by tissue and condition, a step toward studying harmful and beneficial roles without treating them as one group.