AI detects elusive heart dysfunction using routine ECG scans
Winston-Salem, N.C., August 6, 2026 — A new artificial intelligence system developed by researchers at Wake Forest University School of Medicine could help clinicians detect...
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New Platform Accelerates Bacterial Gene Mapping for Improved Biotechnology Design
Scientists at the U.S. Department of Energy’s Oak Ridge National Laboratory have developed a platform that could transform the way researchers engineer microbes for biotechnology....
SNORD18B/SNORD18C-RPL23A Promotes Homologous Recombination Through BRCA1 Translation in Colorectal Cancer
Colorectal cancer cells appear to have evolved an unexpected molecular partnership that helps them repair one of the most dangerous forms of DNA damage. A...
Gene therapy may prevent dilated intercellular spaces linked to acid reflux disease
Gastroesophageal reflux disease is commonly associated with burning chest pain, regurgitation and irritation of the esophagus, but the disorder begins with changes that are far...
Engineered macrophages reprogram tumor microenvironments, boosting antitumor immunity with IL-10–TLR9 switches
Cancer immunotherapy has transformed treatment for some patients, yet many solid tumors remain protected by a hostile biological environment that suppresses immune attack. A study...
Microplastics Alter Soil Heavy-Metal Risks Differently Across Metals
Microplastics May Transform the Risks of Heavy Metals in Soil, Review Finds Microplastics and toxic metals are spreading together through agricultural soils, river sediments, gardens,...
Turning Iron-Dependent Cell Death into Precision Treatments for Prostate Cancer
Prostate cancer is entering a new phase in the search for treatments that can overcome resistance. A recent review in Genes & Diseases examines ferroptosis,...
New holographic telepresence system captures and replays 3D wavefronts in real time
Three-dimensional communication may be moving closer to reality after researchers in South Korea demonstrated a holographic telepresence system that captures and replays the optical wavefront...
Harnessing T-Cell Exhaustion to Improve Organ Transplantation Outcomes
A new review in Genes & Diseases examines how T cell exhaustion may become both an obstacle and an opportunity in organ transplantation. The immune...
Creating oxygen-powered chemical reactions that produce only water waste
Penn State researchers have created a synthetic mimic of a natural oxygen-activating enzyme, demonstrating a reaction that reshapes stable aromatic molecules while producing water as...
Climate Vulnerability to Pathogen-Specific Diarrheal Diseases Revealed by Global African Follow-Up Studies
Climate change is reshaping the conditions in which infectious diseases spread, and a new analysis suggests that diarrheal illnesses may not respond uniformly to a...
Coal Boilers Could Provide Practical Treatment for Organic Cleaning Wastewater
Industrial boilers may soon do more than generate heat: they could help eliminate a difficult industrial waste stream. New research suggests that carefully controlled amounts...
SDSS-V Maps the Galaxy With New All-Sky Spectra, Including Southern Hemisphere Firsts
The Sloan Digital Sky Survey V has released its twentieth public data release, opening access to more than two million stellar spectra and offering astronomers...
Piezo Ion Channels Identified as Therapeutic Targets in Digestive Diseases
Mechanical forces are emerging as powerful biological signals in the digestive system, and a new review identifies Piezo1 and Piezo2 ion channels as key translators...
Immune memory emerges as promising therapeutic target for diabetes and complications
Diabetes is increasingly being understood not only as a disorder of blood-sugar regulation, but also as a disease of persistent immune miscommunication. A new review...