Fabian Bock Archive — Page 1 of 1

February 27, 2026

‘Kindlins’ are a key to kidney formation

Kindlins regulate cell signaling during the formation of ureteric buds, a key step in the development of the kidneys’ urine collection system.

By Bill Snyder
From left, Fabian Bock, Nathan Winn, and Xinyu Dong pose together indoors in a building lobby.
February 9, 2026

Vanderbilt research uncovers new clue to insulin resistance

The latest findings could lead to more targeted ways to increase insulin-stimulated glucose uptake by muscle and exercise tolerance.

By Bill Snyder
Portrait of a smiling man wearing glasses, a white lab coat, shirt, and patterned tie.
February 4, 2026

Vanderbilt Health’s Vineet Agrawal, Fabian Bock among 2026 ASCI Young Physician-Scientist awardees

Since 2014, 27 Vanderbilt faculty members have received the annual award, which recognizes “notable achievements” by researchers early in their first faculty appointments.

By Bill Snyder
Stylized blue anatomical illustration of two kidneys connected to the central blood vessels.
November 26, 2025

Protein plays dual roles in repairing damaged kidney

These findings were unexpected and demonstrate that the actin cytoskeleton repairs cell organelles like mitochondria in a regulated way.

By Bill Snyder
Portrait of a smiling man wearing rectangular glasses and a dark collared shirt against a brown background.
March 4, 2024

Vanderbilt’s Yash Choksi and Fabian Bock honored by the Southern Society for Clinical Investigation

Vanderbilt’s Yash Choksi, MD, recently received the 2024 Research Investigator Early Career Faculty Award from the Southern Society for Clinical Investigation and Fabian Bock, MD, PhD, won the society’s Research Scholar Award.

By Bill Snyder
Illustration of two human kidneys shown in cross section, with internal structures and connecting blood vessels visible.
February 7, 2024

VUMC study finds molecular switch key to repair of kidney damage

Researchers at Vanderbilt University Medical Center have identified Rac1, a molecular switch that regulates the actin cytoskeleton of epithelial cells in the collecting ducts, as a driver of post-obstructive kidney repair.

By Bill Snyder