Genetics & Genomics

May 19, 2022

Genetics and blood pressure

Including polygenic risk scores for blood pressure may improve predictive models to identify people at risk for treatment-resistant hypertension.

By Leigh MacMillan
May 5, 2022

Gene network linked to Type 2 diabetes

Vanderbilt researchers used a novel analytical approach to identify a network of genes associated with Type 2 diabetes, including 31 genes that had not previously been associated with the disease.

By Joshua Baker
Studies by Andrew Glazer, PhD, Giovanni Davogustto, MD, and colleagues found that genetic testing with information from electronic health records can reveal undiagnosed heart rhythm disorders.
April 28, 2022

Studies combine genetic testing, electronic health records to find undiagnosed diseases

Combining genetic testing with information from electronic health records revealed undiagnosed heart rhythm disorders and new conditions associated with inherited cancer gene mutations.

By Leigh MacMillan
April 26, 2022

Calculating risk for uterine fibroids

Vanderbilt researchers have constructed a polygenic risk score for uterine fibroids that will be useful for exploring causes of these benign tumors and identifying novel drug targets and therapies.

By Leigh MacMillan
Joseph Breeyear, left, Todd Edwards, PhD, and colleagues are studying how high blood pressure genes can improve heart surgery survival in children.
March 24, 2022

High blood pressure genes improve heart surgery survival in children

Vanderbilt researchers have found that children with a genetic makeup that predicts high blood pressure as adults are more likely to survive congenital heart defect repair surgery.

By Leigh MacMillan
Adriana Hung, MD, MPH, talks with patient Sylvester Norman, who is participating in the VA Department’s Million Veteran Program.
February 10, 2022

Gene variants increase risk of kidney failure in veterans of African ancestry with COVID-19: study

Gene variants increased the risk of acute kidney injury and death in veterans of African ancestry who were hospitalized with COVID-19, possibly explaining some health disparities associated with COVID-19.

By Leigh MacMillan
December 16, 2021

Two VUMC papers named among genomic medicine’s top 10

Vanderbilt researchers wrote two of the “top 10” papers representing key advances in genomic medicine published between September 2020 and August 2021.
By Bill Snyder
December 2, 2021

Gene discoveries give new hope to people who stutter

New research shows the potential to identify therapeutic directions that could improve outcomes for people who stutter.
By Bill Snyder
November 30, 2021

Study examines genetic risk for suicide attempt

New research from Vanderbilt identifies the first replicated genomic region contributing to risk of suicide attempt and confirms that genetic risk for the trait is not driven solely by risk for psychiatric disorders.
By Paul Govern
October 21, 2021

Study links genetic variants, protein expression and human diseases

An international research team has developed a new resource that connects genetic variants and protein expression, which is expected to speed the identification of genes that cause disease — and point to novel treatment strategies.
By Leigh MacMillan
October 7, 2021

Study finds genetic testing useful for young AFib patients

Vanderbilt research shows that genetic testing in patients with early-onset atrial fibrillation can identify variants associated with more serious cardiomyopathy and arrhythmia syndromes that may otherwise remain undiagnosed.
By Matt Batcheldor
September 17, 2021

Grant creates center for maternal, pediatric precision therapeutics

Vanderbilt University Medical Center has been awarded a five-year, $6 million grant from the National Institutes of Health to serve as a center of excellence for Maternal and Pediatric Precision in Therapeutics.
By Christina Echegaray
September 16, 2021

Structural variants in breast cancer risk genes

Vanderbilt epidemiologists conducted in-depth whole genome sequencing of breast cancer risk genes in Black women, who die at higher rates and have more aggressive disease, to discover mutations that may improve testing and treatment selection.
By Leigh MacMillan
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