Reporter Nov 13 2015 Archive — Page 1 of 2

Insulin in vials
November 18, 2015

Fighting type 2 diabetes with FGF1

The growth factor FGF1 induces the growth of new insulin-producing beta cells and may help treat type 2 diabetes.

Red heart-shaped object with three adhesive bandages crossed over its center on a white background.
November 16, 2015

Children, heart disease, and IQ

Treatment for congenital heart disease during infancy may result in cognitive and attentional deficits during adolescence and young adulthood, Vanderbilt researchers have found.

Blue healthcare technology graphic featuring a large white medical cross, glowing digital wave lines, binary digits, and smaller icons for a person, water droplet, capsule, medical kit, heart, and envelope.
November 13, 2015

Computer extracts cancer stage

Vanderbilt investigators developed a computerized natural language processing algorithm to extract cancer stages from electronic medical records.

Close-up of multiple clear blood collection tubes with blue caps arranged diagonally on a white background; the tubes contain red liquid.
November 12, 2015

Immune system a must for kidney repair

A signaling protein that is essential for recovery from acute kidney injury works by increasing the population of tissue-repairing immune cells.

A clinician in a white coat speaks with a patient beside a tablet displaying a remote video interpreter.
November 12, 2015

New video initiative enhances Interpreter Services’ offerings

Interpreters at Vanderbilt University Medical Center are joining forces with counterparts at other hospitals to better serve non-English speaking patients.

Four adults pose together indoors: a woman in a patterned jacket, a man in a gray suit with a pink tie, a woman in a patterned dress, and a man in a gray suit and tie.
November 12, 2015

Ayers Institute spurred key cancer research gains

In 2005, Tennessee philanthropists Jim and Janet Ayers gave $10 million to help Vanderbilt University scientists find early markers for colorectal cancer that could improve diagnosis and potentially save lives.