Articles about "biology"

Two AI-powered assistants developed by Google and FutureHouse have successfully aided scientists with drug retargeting tasks, according to new studies published in Nature. These systems help researchers analyze extensive biological data and generate hypotheses, streamlining the process of identifying potential new uses for existing drugs. Both platforms highlight the growing role of artificial intelligence in accelerating scientific discovery.

OpenAI has introduced GPT-Rosalind, a large language model tailored for biology research workflows. The model is trained on key biological processes and integrates access to major biological databases, supporting researchers in data analysis and hypothesis generation.

OpenAI has introduced GPT-Rosalind, a large language model specifically trained for biological research and workflows. The model aims to assist researchers in managing vast biological datasets and understanding complex, specialized subfields. GPT-Rosalind is designed to streamline tasks such as exploring biological pathways and prioritizing drug targets.

Scientists have shown that fireflies synchronize their flashes by following simple local interaction rules, offering insights into coordinated behaviour in nature. This research may inform the design of drone swarms and deepen our understanding of synchronization in neural networks and cellular rhythms. The findings were presented at an American Physical Society meeting.

Researchers have combined artificial intelligence and x-ray scanning technology to rapidly generate detailed 3D models of thousands of ant specimens. This approach allows for unprecedented visualization and digital preservation of biological samples, marking a significant advancement in scientific research tools.

Recent research into the reproductive habits of walking sharks has challenged longstanding scientific assumptions, offering fresh insights into biological processes.

A new study provides insight into why termite kings and queens remain monogamous, exploring the evolutionary advantages of this behavior. The research enhances understanding of social insect hierarchy and reproduction. A

Scientists reveal a covert evolutionary battle within human DNA as rogue genetic elements vie for survival, reshaping our understanding of heredity and evolution. This discovery has significant implications for medical research, genetic engineering, and the ethical dimensions of manipulating the human genome.

Richard O. Hynes, whose groundbreaking research unveiled how cells adhere to each other and the environment—foundational discoveries underpinning cancer therapies and cell biology—has died at age 81. Esteemed for his academic leadership and mentorship, Hynes leaves a legacy that bridges continents and scientific generations.