Articles about Identify

• Researchers at Binghamton University, State University of New York, along with colleagues at the University of Virginia, published a study in Science Advances mapping innovation landscapes to identify disruptive studies and patents that challenge existing scientific paradigms. • The method, developed by Sadamori Kojaku and colleagues, helps pinpoint discoveries that reshape the course of science, such as the theory of evolution, atomic splitting, and antibiotic development. • The robust measure of disruptiveness provides a systematic way to identify simultaneous breakthroughs across scientific fields and could accelerate recognition of transformative research.

• Scientists have discovered a molecular mechanism that explains the effectiveness of exercise in reversing age-related muscle deterioration. • The finding provides new insight into the cellular processes through which physical activity combats muscle aging at the molecular level. • This breakthrough could lead to targeted therapies mimicking exercise benefits for individuals unable to maintain regular physical activity.

• UC Davis researchers created a new blood test to quickly detect the active, infectious form of tuberculosis, aiming to accelerate diagnosis and curb spread. • TB killed 1.23 million globally in 2024, with over 10,000 U.S. cases including 2,000 in California; the test targets high-burden areas like India. • Professor Imran H. Khan submitted trial data to India's ICMR for approval and co-founded AppGenex Diagnostics to commercialize it.

Researchers from Cold Spring Harbor Laboratory (CSHL), Hebrew University, and Sainsbury Laboratory Cambridge University published a study in Science identifying over 2.3 million conserved non-coding sequences (CNSs) across 314 plant genomes from 284 species, some originating more than 400 million years ago before flowering plants diverged from non-flowering ancestors. The team developed a new computational tool called Conservatory to locate these ancient DNA 'switches' essential for plant development, with co-first author Anat Hendelman confirming their function through genetic editing. This comprehensive atlas includes dozens of crop species and wild ancestors, offering plant biologists and breeders tools to address drought and food shortages by fine-tuning traits. CSHL's Zachary Lippman described it as 'a new window into the evolution of life across eons.'