Award

Frydman’s protein-folding work
defines ‘the forefront’

She received the ASBMB–Merck Award
Adriana Bankston
April 01, 2017

Judith Frydman, a professor at Stanford University, has won the 2017 American Society for Biochemistry and Molecular Biology–Merck Award. The award recognizes outstanding contributions to research in biochemistry and molecular biology.

Judith Frydman

“It is such an honor to receive the Merck award. Our work highlights how an incredibly elaborate network of chaperones controls and monitors every aspect of the life of proteins in the cell, from birth to death. The sheer elegance and complexity of this machinery, and its relevance for therapies for many misfolding diseases, make for an exciting challenge in years to come.”

— JUDITH FRYDMAN

Frydman has made discoveries in chaperone-mediated protein folding and protein quality control. Her work uncovered basic principles of chaperone function during de novo protein synthesis as well as during quality control, when protein misfolding occurs. Correct folding of cellular proteins is a fundamental problem in biology and is essential to human health. “Her work encompasses an impressive string of path-breaking discoveries,” said Peter Walter of the University of California, San Francisco, who nominated Frydman for this award.

Frydman’s postdoctoral mentor, Ulrich Hartl at the Max Planck Institute of Biochemistry, recounts in his nomination letter how Frydman identified and characterized the eukaryotic cytosolic chaperonin complex TRiC/CCT system, including its structure and mechanism, in a series of publications from his laboratory. Frydman’s identification of TRiC as a eukaryotic chaperonin similar to, but distinct from, bacterial GroEL was a “tour-de-force and elucidated the fact that protein folding begins co-translationally in eukaryotic systems,” said the late Susan Lindquist of the Massachusetts Institute of Technology in her nomination letter of Frydman for this award. Hartl also said, “These studies are among the finest demonstrations of how one can dissect the mechanism of a complex macromolecular machine with a range of methods from biophysics, biochemistry and genetics.”

In her own laboratory at Stanford, Frydman is characterizing the process of protein quality control in eukaryotic cells. In a 2008 Nature paper, Frydman’s group showed that eukaryotic cells have distinct quality-control compartments that channel misfolded proteins to different cellular fates. This work relies on the sequestration of misfolded proteins into spatially and functionally distinct compartments, including a compartment that serves as a reservoir for subsequent protein repair/ubiquitination followed by proteasomal degradation and another compartment that sequesters terminally aggregated proteins.

Frydman’s work on protein homeostasis is also instrumental, as dysfunction of this machinery is associated with a growing number of human diseases. According to the late Lindquist, “her work holds important implications for a number of human diseases that result from misfolding of proteins, in particular neurodegenerative diseases.”

Frydman has approached her studies with an “enormous intellectual rigor and dedication to quality, and with a remarkable sense for biologically significant questions,” said Hartl. Walter further acknowledges that Frydman’s work encompasses “an innovative, comprehensive and most elegant integration of molecular chaperone function with cellular physiology and pathologies.” He adds that Frydman’s “work continues to define the forefront of a rapidly growing field, and her contributions mark significant milestones of our collective progress.”

Frydman has a Ph.D. in biochemistry from the University of Buenos Aires in Argentina. Frydman’s honors include the Distinguished Young Scholars Award from the W.M. Keck Foundation and the Merit Award from the National Institute of General Medical Sciences. She has organized and chaired a number of conferences on protein folding and homeostasis.

Frydman will receive her award during the 2017 ASBMB Annual Meeting in Chicago, where she will deliver an award lecture. The presentation will take place at 8:45 a.m. April 26 in room W183ab in McCormick Place.

Adriana Bankston

Adriana Bankston is principal legislative analyst at the University of California Office of Federal Governmental Relations, chief outreach officer of the Journal of Science Policy and Governance, and a member of the Future of Research board of directors. This post represents the writer's personal views and not the views of their employer, University of California.

Join the ASBMB Today mailing list

Sign up to get updates on articles, interviews and events.

Latest in People

People highlights or most popular articles

A steady hand at the helm
Interview

A steady hand at the helm

March 02, 2021

The ASBMB’s new executive director, Steve Miller, is a society veteran but eager to make his mark.

ASBMB welcomes new members
Member News

ASBMB welcomes new members

March 01, 2021

The American Society for Biochemistry and Molecular Biology welcomed almost 120 new member in September.

Games memorialize Conn; remembering Kurt Ebner
In Memoriam

Games memorialize Conn; remembering Kurt Ebner

March 01, 2021

UCDavis finds a unique way to honor the memory of plant biochemist Eric Conn. Kurt Ebner was a department chair at the University of Kansas Medical Center for two decades.

'Every experiment and every breakthrough matters'
Health Observance

'Every experiment and every breakthrough matters'

February 26, 2021

An interview with NYMC dean Marina K. Holz, who studies a rare disease that affects women of childbearing age.

Connecting chemistry with education
Jobs

Connecting chemistry with education

February 26, 2021

Meet Christiane Stachl, director of education, outreach and diversity at Center for Genetically Encoded Materials at UC Berkeley.

Raising awareness and funding for Pompe disease
Health Observance

Raising awareness and funding for Pompe disease

February 25, 2021

Father-turned-advocate has founded multiple organizations to support families and search for better therapies for people with rare lysosomal storage disorder.