Whitehead Institute researchers have revealed the architecture of a protein complex that plays a foundational role in the machine that directs chromosome segregation during cell division.
Using bacterial genomes that have been entirely recoded, Yale scientists have developed a way to induce cells to produce novel protein-based polymers that can be used for new materials and therapeutics.
In parallel with their development of the first synthetic gene drives - which greatly increase the chance a specific gene will be passed on to all offspring - George Church, Ph.D., and Kevin Esvelt, Ph.D., helped pioneer ...
A recently published study from two Iowa State University scientists shows that a gene found only in a single plant species can increase protein content when introduced into staple crops.
New information about bacterial enzymes to help scientists develop more effective antibiotics, cancer drugs
Scientists studying the biosynthesis and production of microbial natural products now have a greater insight into the process thanks to research conducted at the U.S. Department of Energy's Argonne National Laboratory in ...
Two new studies from the University of California, Berkeley, should give scientists who use CRISPR-Cas9 for genome engineering greater confidence that they won't inadvertently edit the wrong DNA.
When cells are under stress, proteins misfold. And when not properly handled, misfolded proteins can build-up in the cell, leading to cell death and disease.
Purdue researchers have devised a way to capture the finer details of complex cell processes by using tiny synthetic particles known as dendrimers, a technology that could lead to more targeted treatment for cancer.
Michael Hendzel knows all too well that there is little that people can do to control the stability of their genetic code. But he hopes his latest research will help impact this elusive and crucial aspect of medicine. Published ...