Medicine & TechnologyResearchers from the California Institute of Technology developed a safe new technique that can see how individual cells behave using acoustic reporter genes that react to ultrasound microwaves.
Researchers created a molecular atlas that details the fetal development of brain cells to better understand the brain and develop better therapeutic approaches for neurodegenerative diseases.
DeepMind and EMBL developed a new AI-powered 3D modeling system to predict protein structures for future biological and medical studies. The protein modeling system, AlphaFold, will be free for public usage.
Across all the cells in our body is a copy of the DNA - the blueprint that determines how each cell develops to create a unique you. A common question is how does it differentiate between the various forms and functions of the 37 trillion cells in each of us.
A news study came across a long-forgotten genus of algae unexpectedly. This genus was first discovered by the well-known Sir Patrick Gebbes in the 1800s, but the study went silent for over a century.
Scientists from the North Carolina State University have unraveled a new method to combat the coronavirus. The process includes nanodecoy inhalation therapy, which binds and traps the COVID-19 with the help of a virus copy.
In a recent study, the Washington University School of Medicine researchers found that immune cells that shield the brain and spinal cord come mainly from the skull.
Scientists used algorithms to examine how cancer cells re-organize the 3D structure of their DNA to increase the activity of oncogenes, which promotes the proliferation of cancer cells.
A study of researchers from the University of Michigan sheds new light on skin repair that brings the possibility of organ regeneration one step closer.
In a breakthrough in genetic engineering, researchers have successfully fabricated an artificial single-cell organism that can grow and divide like a normal, natural cell.
Study investigators at Nara Institute of Science Technology or NAIST recently reported in a new study, an approach by which cells may use fingers to communicate instructions for wound closure.
Researchers developed a new technique to extend the efficiency of a pair of promising molecular tools, attached biological nanobodies to the DNA editing tool also known as CRISPR.