It's time to complete your JBC Methods Madness bracket
Calling all scientists! Do you have a favorite method? Is there a biochemical technique you think has had monumental impacts on basic research and deserves a moment in the spotlight? The Journal of Biological Chemistry’s Methods Madness tournament is the chance you’ve been waiting for to voice your opinions. The person with the top-scoring bracket will win a $50 gift card.
How to participate
- Download and fill in your bracket. Use the editable PDF to make your predictions. Save your changes!
- Email your bracket to JBC. Double-check your entry, and then email it to methods@asbmb.org.
- Follow JBC on Twitter and vote for your favorite methods. The JBC Twitter handle is @JBiolChem. They'll be posting weekly polls. Don't forget to participate.
Visit the JBC Methods Madness website for the complete rules.
A note about JBC methods
It's well known that science progresses by building on the shoulders of those who came before. That's especially true for papers that report new tools — genetic constructs, small molecules, model organisms, etc. — that can be directly used by colleagues to jump-start a new project or resolve a technical hurdle. And at JBC, our high standards for rigor and reproducibility mean that readers can trust published tools to work as promised.
— Lila Gierasch, JBC editor-in-chief
Enjoy reading ASBMB Today?
Become a member to receive the print edition monthly and the digital edition weekly.
Learn moreGet the latest from ASBMB Today
Enter your email address, and we’ll send you a weekly email with recent articles, interviews and more.
Latest in Science
Science highlights or most popular articles
There’s more than one way to be good
Researchers find a new role for HDL cholesterol in the immune system.
ASBMB names 2024 JBC/Tabor Award winners
The five awardees are first authors of standout papers published in 2023 in the Journal of Biological Chemistry.
Breaking down fat byproducts could lead to healthier aging
Researchers have identified a key enzyme, ADH-1, that decreases glycerol levels in mice and people.
Guengerich proposes a paradigm shift in enzyme biochemistry
His lab probed the mechanism used by a P450 enzyme to catalyze a critical, three-step reaction in sterol biosynthesis: the metabolism of lanosterol.
From the journals: JBC
Cap-snatching viruses. Membrane makeup facilitates fusion. A disordered region promotes scaffold activity. Read about recent papers on these topics.
Proteomics study isolates drug targets
Researchers screen thousands of compounds in myeloid-derived suppressor cells, which suppress immune activities and promote a variety of diseases.