Luxembourg Institute of Health researchers used patient-derived glioblastoma organoid co-cultures with human T cells to show that local cell-to-cell contact, not MHC-I loss, drives T-cell suppression, creating a patient-relevant platform for testing immunotherapy combinations.
An analysis of 673 monetary figures in 4,840 corporate records finds that headline numbers overstate transactions several times over, while records carrying a real transaction show High momentum 34.8 percent of the time against 10.8 percent for the rest.
A text scan of 4,840 corporate records finds that a date doubles the weight of an announcement, yet only 4.9 percent of records commit to one, and 166 of the 236 dated commitments point to 2026 or 2027, giving a catalyst calendar from Q4 2026 to 2030.
BioOrbit’s six-week Baby BOX-E mission achieved the largest-scale production of protein crystals in a space environment to date, supporting a route from hospital infusion to at-home injection for cancer therapies.
An analysis of 2,041 partnered announcements and 13,384 co-announcement links finds that partnerships committing supply, data or clinical capacity carry 19.0 to 23.1 percent High momentum against 11.0 percent for distribution deals, while Microsoft, Google, NVIDIA, OpenAI, Amazon and Anthropic form the network’s hubs.
A theoretical study from the University of Southern Denmark and collaborators finds that rapidly rotating black holes, or black holes under extra-dimensional theories, may overcome the thermodynamic barriers that normally prevent a split into two.
An analysis of 2,144 product launches and updates from 2,030 companies in 80 countries finds that a launch carries weight only when it brings something with it, while US companies launch 63.5 percent of products at 7.9 percent High momentum against 20.7 percent for Germany.
Heriot-Watt University and University of Greenwich researchers showed that a 75% fava bean and 25% potato protein blend forms a meat-like fibrous structure without gluten, with bitterness and astringency as the remaining barrier.
Researchers at the Hong Kong University of Science and Technology used a silver-ion AMI additive to modify the copper current collector, form a dual-layered interphase and gel the electrolyte after cell assembly, delivering 467 Wh kg-1 in a pouch cell.
A cross-stream analysis of 445 research and 114 corporate records finds that autonomous laboratories are the fastest-rising thread, from 10.5 to 15.5 percent of research, yet not one of six disclosed private rounds funds an autonomous laboratory as its product.