Medicine & TechnologyResearchers developed a new statistical model that learns patterns of the condition-specificity present in genomic data across multiple conditions. Read the article to learn more.
Scientists are using artificial intelligence (AI) to study the human genome to determine which mutations were favored and which were only hitchhikers. Read the article to learn more.
Zebrafish are the second most used animal models for medical and life science research. Read on to find out how the largest genetic atlas of these small tropical fish revolutionizes biomedical research.
A new AI-assisted study revealed previously unknown similarities between the protein structure in genes of infectious bacteria species. Read more about how the discovery was made.
Virus plays a crucial role in the development of Asgar archaeans or sophisticated living forms like humans. Continue reading to see the evidence presented in this new microbiology research study.
An international team of experts discovered the shared existence of a group of genes in the brains of humans and two octopus species. Read more about the genomes they identified and how it relates to the independent evolution of the species.
Scientists carried out the first comprehensive genetic study on black bass species to find out their correct identities. Read more about the overlooked issue regarding the bass fish and the unknown details about their biodiversity the experts found.
A large group of scientific institutes constructed the first-ever genetic map of chimpanzees. Read more about how the database was created and what it offers to the studies and conservation of the chimp species.
A new study shows how important the final stages of sperm production are to the genetic arrangements. Learn more about the changes that are carried out during this phase, as well as its influence on the genomes of distinct species.
Genomic Safe Harbors (GSHs) are landing sites for therapeutic genes to treat diseases, such as cancer. Now, a team of scientists has developed a computational approach to easily identify them.
A new study observed a non-random mutation pattern in genes of a roadside weed known as the thale cress. The findings gave insights to how mutations work in the evolution of organisms, including humans.