See also stories tagged with Regenerative medicine
Cells and tissue are known to undergo significant irreversible deformations during processes such as tissue formation and embryo development. A research team led by Professor Yuan Lin from the Department of Mechanical Engineering ...
A microbial sensor that helps identify and fight bacterial infections also plays a key role in the development of blood stem cells, providing a valuable new insight in the effort to create patient-derived blood stem cells ...
University of Pittsburgh researchers have developed a new embryo-like model derived from adult cells that replicates key features of early human development, including the generation of blood cells.
Today, medicines based on antibodies—proteins that fight infection and disease—are prescribed for everything from cancer to COVID-19 to high cholesterol. The antibody drugs are supplied by genetically-engineered cells ...
One of the most enduring, basic questions of life is: How does it happen? For instance, in human development, how do cells self-organize into skin, muscles or bones? How do they form a brain, a finger, a spine?
A new study led by UT Southwestern Medical Center molecular biologists presents a novel culture system to grow both embryonic and extraembryonic stem cells, potentially providing important insights into the genesis of congenital ...
By using single-antibodies, Professor Hirohide Saito (Department of Life Science Frontiers) and his team of researchers, Shodai Komatsu and Assistant Professor Hirohisa Ohno, have developed a novel system to control gene ...
A team led by scientists at Rensselaer Polytechnic Institute has 3D-printed hair follicles in human skin tissue cultured in the lab. This marks the first time researchers have used the technology to generate hair follicles, ...
People who have experienced significant muscle damage have new hope thanks to Evolved.Bio, a startup that has developed innovative technology that can regenerate muscle tissue in a highly effective way.
Researchers at the Eli and Edythe Broad Center of Regenerative Medicine and Stem Cell Research at UCLA are one step closer to developing stem cell therapies to regenerate skeletal muscle in humans. Working in mice, the UCLA ...
