New research shows that advances in technology could help make future supercomputers far more energy…
Browsing: Computational Biology
Computational biology is an interdisciplinary field that applies data analysis, mathematical modeling, and computational techniques to solve biological problems. This field encompasses a broad range of activities, from analyzing sequences of DNA, RNA, and proteins to understanding the structural properties of molecules and predicting their functions. It also involves modeling complex biological systems, including cellular pathways, regulatory networks, and ecological systems. Computational biology is essential for interpreting the vast amounts of data generated by modern experimental techniques, such as genomics, proteomics, and high-throughput screening. The insights gained through computational biology can lead to breakthroughs in understanding diseases, developing drugs, and designing new biological systems. This discipline relies heavily on algorithms, statistical methods, and the use of both existing software tools and the development of new computational methods tailored to specific biological questions. It is a cornerstone of systems biology and plays a crucial role in biotechnology and medicine.
Repeated environmental changes can lead evolution in unexpected directions, and research from Vermont shows that…
Researchers suggest that examining the inner workings of cells more closely could help physicians detect…
A study that compared the gene expression profile of Alzheimer’s disease with those triggered by…
Autism reveals multiple biological subtypes, each with unique genetic and developmental patterns. Researchers from Princeton…
Chinese scientists have developed a novel AI-guided protein engineering strategy that enables faster, cost-effective, and…
Researchers harness the power of the world’s most advanced supercomputers to simulate the inner workings…
A new structural blueprint paves the way for improved targeting of cancer cells, particularly those…
A new approach reveals genetic interactions that contribute to heart defects. Scientists at the Icahn…
Scientists at the University of Galway have created APOLLO, the largest-ever digital microbiome collection, with…
Columbia researchers created an AI model that predicts gene activity in any human cell, advancing…
Venom from the marine remipede, Xibalbanus tulumensis, exhibits unique medical potential for treating neurological disorders,…
A study reveals that hibiscus flowers use pre-determined petal patterns to attract bees, who prefer…
New research reveals how bacterial proteins self-organize by destruction, aiding synthetic material design. How does…
Research overturns old views on gold nanoparticles, showing larger, star-shaped ones are most effective against…
The brain exhibits structural criticality near phase transitions, consistent across species, potentially guiding the development…
A unique partnership at Salk leverages the deep learning software known as SLEAP to study…
AI analyzes accessible data to pinpoint genetic modifications that alter cellular activity. Advances in gene…