Third annual JBC Methods Madness tournament
Calling all scientists! The Journal of Biological Chemistry’s third annual Methods Madness tournament is finally here.
Last year’s tournament stirred up quite the rivalry, with #TeamMassSpec dethroning #TeamCryo as the #JBCMethodsMadness champion! This year we welcome new contenders, including #TeamFlow, #TeamMedicine and #TeamProtein. Will one of these newbies make it to the finals? You decide!
The madness begins on Monday, March 7. (See tournament schedule below.) Submit your bracket by Sunday, March 6, for a chance to win a $100 gift card.
Round 1: The Scientific 16
Vote for your favorite methods by participating in polls posted by @jbiolchem.
Monday, March 7
9 a.m. – #TeamMassSpec vs. #TeamNMR
2 p.m. – #TeamXRC vs. #TeamImmuno
Tuesday, March 8
9 a.m. – #TeamChroma vs. #TeamFRET
2 p.m. – #TeamFlow vs. #TeamPCR
Wednesday, March 9
9 a.m. – #TeamCRISPR vs. #TeamOmics
2 p.m. – #TeamSuperRes vs. #TeamOpto
Thursday, March 10
9 a.m. – #TeamCryo vs. #TeamMedicine
2 p.m. – #TeamLiveCell vs. #TeamProtein
All times Eastern.
Enjoy reading ASBMB Today?
Become a member to receive the print edition four times a year and the digital edition monthly.
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

A p-value for proteins
Kyoto University researchers developed UniScore, a new tool that uses a target-decoy method to filter false positives in proteomic searches, helping scientists set thresholds and improve reliability when analyzing complex protein data.

Novel way to uncover tumor microenvironment proteomics
Researchers at the Weizmann Institute of Science developed a novel single-cell approach that facilitates the study of proteins surrounding lung cancer cells.

Sizing up cells: How stem cells know when to divide
Stanford University researchers find that stem cells control their size early in cell division across living multicellular systems.

When oncogenes collide in brain development
Researchers at University Medical Center Hamburg, found that elevated oncoprotein levels within the Wnt pathway can disrupt the brain cell extracellular matrix, suggesting a new role for LIN28A in brain development.

The data that did not fit
Brent Stockwell’s perseverance and work on the small molecule erastin led to the identification of ferroptosis, a regulated form of cell death with implications for cancer, neurodegeneration and infection.

Building a career in nutrition across continents
Driven by past women in science, Kazi Sarjana Safain left Bangladesh and pursued a scientific career in the U.S.