Eric Delpire Archive — Page 1 of 1

Smiling gray-haired man wearing glasses and a blue striped shirt, seated indoors in front of shelves and laboratory equipment.
April 12, 2023

Delpire recognized for advancing cell and molecular physiology

Vanderbilt’s Eric Delpire, PhD, has been awarded the 2023 Davson Distinguished Lectureship, the highest award bestowed by the Cell and Molecular Physiology Section of the American Physiological Society.

By Paul Govern
3D histological illustration of a row of tall columnar epithelial cells, with elongated nuclei and a brush-like apical surface above a purple underlying layer.
November 7, 2022

Gene mutations impair gut barrier

Mutations in a cell membrane transporter protein impair the integrity of the gut lining, contributing to chronic gastrointestinal distress for people with the mutations, Vanderbilt researchers report.

By Kelsey Pinckard
Eric Delpire stands with his arms crossed in a laboratory, beside a microscope and shelves of bottles and equipment.
November 3, 2022

Study explores possible drug target for neurological problems

A team at Case Western Reserve University and Vanderbilt University Medical Center has determined with atomic-level precision how two established drugs bind to and alter the conformation of a cell membrane transporter protein called NKCC1, shutting down its activity.

By Paul Govern
June 17, 2021

New neurodegeneration culprit

A young woman with a puzzling neurological illness and novel genetic variant pointed investigators to a role for dysregulated protein kinase D1 in neurodegeneration.

By Paul Govern
Stylized medical illustration of intertwined intestinal loops glowing orange and red against a dark blue abdominal silhouette, with scattered dark circular markings on the intestines.
April 16, 2020

Transporter’s role in gut barrier

A disease-associated mutation in a transporter protein impairs gut barrier function, leading to gastrointestinal disease and chronic infections.

By Leigh MacMillan
Close-up of analog electricity meters with black needles and numbered dials, labeled “KILOWATT.”
February 20, 2020

Transporter mutation alters cell energy

A disease-associated mutation in a transporter protein causes cells to increase energy production, as if they are starving, Vanderbilt researchers have discovered.

By Leigh MacMillan