Genetic material packaged inside cells is more solid than liquid
The discovery could lead to more accurate understanding of how the genome is encoded and decoded.
Tag: "Department of Biochemistry and Molecular Biology"
Color-coded biosensor illuminates in real time how viruses attack hosts
New experiments and computational models reveal in single-molecule detail how viruses initiate translation of genetic material into proteins.
Researchers identify a protein that may help SARS-CoV-2 spread rapidly through cells
Researchers found that the nucleocapsid protein in the SARS-CoV-2 virus may be associated with packaging of viral RNA and may reduce an infected cell’s anti-viral stress response.
If not you, then who? How Ph.D. student Amanda Koch uses science to influence policy
Koch has been at the forefront of policy since the 2016 elections. Despite the challenge of political activism, she recognized a need to bridge the political and scientific worlds, and she attempted to fill it.
CSU research capabilities and possibilities expand with new Analytical Resources Core facility
Three CSU facilities merge to create the new ARC under the Office of the Vice President for Research
Biochemists unveil molecular mechanism for motor protein regulation, insights into severe brain diseases
Researchers have revealed exactly how a particular gene activates the motor protein dynein.
With $4 million grant, CSU and Front Range Community College team up for transfer students
The Wolves to Rams Scholars program will help students successfully transfer from Front Range to CSU to earn bachelor’s degrees.
It's not an antibody, it's a frankenbody: A new tool for live-cell imaging
Biochemistry researchers have made an antibody-based probe with a powerful distinction: Their genetically encoded probe works in living cells.
Stem cells reprogrammed into neurons could reveal drugs harmful to pregnancy
Researchers have designed a new experimental system that can rapidly assess the pathogenic effects of a drug on developing neurons.