'We will not be silent'
Read our statements on police killings of Black people and institutionalized racism.
2020 Annual Meeting virtual content
Watch live research talks in our free virtual spotlight sessions, explore poster galleries and watch recorded poster presentations, and chat with the presenters in our themed Twitter discussions.
Nicole Woitowich
"The ASBMB has been an integral part of my career path, providing me with the resources, tools, and professional network to succeed — first as a trainee, and now as a professional."
Hao Wu
"I am delighted to be a long term member of ASBMB, which not only represents the core disciplines in my research but also helps me to stay connected with the field at large. It is a wonderful resource for all of us researchers and educators."
Joseph Chaney
"I am a member of the ASBMB because of the community the society provides along with a wealth of knowledge and resources."
Robert Haltiwanger
"I’ve been a member of ASBMB since I was a graduate student in the 1980’s. I’ve always been fascinated by molecular mechanisms of biological processes, and this is the best place to learn more about that. ASBMB is my scientific home."
ASBMB journals
The ASBMB's three prestigious journals offer a platform for your research with the benefit of editorial feedback, fast turnaround and open access.
Journal of Biological Chemistry
JBC publishes high-quality science that seeks to elucidate the molecular and cellular basis of biological processes.
Molecular & Cellular Proteomics
MCP showcases cutting-edge advances in proteomics, metabolomics and bioinformatics.
Journal of Lipid Research
JLR is the most cited journal devoted to lipids in the world, focusing on the science of lipids in health and disease.
How can labs reopen safely?
Labs are trying to reopen and get back to research while not spreading COVID-19. Great goal, but how do we do that?
Tracy Johnson
Congratulations to Tracy Johnson on being appointed dean of the division of life sciences in the UCLA College.
Read moreVirtual event
Intrinsically disordered proteins
July 7 | 1–2 p.m. EDT
Intrinsically disordered proteins, which don’t have just one three-dimensional structure, often carry out their biological roles through transition between structures. For example, a pH-dependent change in condensation effects iridescence in squid proteins; a selection of competing folded conformations drive neurodegeneration-related condensation of TDP53; and a transition from closed to open structure controls protease sensitivity of an enzyme important for asthma and allergies.
Shaping the Narrative: Effective science communication in the COVID-19 era
A panel discussion about how scientists can use their credibility and critical thinking to cut through the noise and guide the national COVID-19 dialogue. More
COVID-19 interruptions to NIH research
Understanding the funding implications and relief options of the recently passed CARES Act for the scientific community. More