Research Archive — Page 52 of 139

The study found that chronically disrupted sleep and highly variable sleep durations night after night may increase the risk for atherosclerosis.
February 15, 2023

Study finds chronically disrupted sleep may increase risk for heart disease

Vanderbilt research found that sleep irregularity — chronically disrupted sleep and highly variable sleep durations night after night — may increase the risk for atherosclerosis.

By Bill Snyder
From left, Paula Donahue, PT, DPT, MBA, Aaron Aday, MD, MSc, and Rachelle Crescenzi, PhD, are part of a multidisciplinary effort at VUMC to improve the diagnosis and treatment of lipedema.
February 9, 2023

Team’s imaging strategy enhances lipedema treatment

A collaborative team at Vanderbilt is transforming the diagnosis and treatment of lipedema, a debilitating, abnormal deposition of fatty tissue that afflicts an estimated 17 million women in the United States.

By Bill Snyder
A study found that aspirin counteracts clotting as effectively as other treatments and is also cheaper.
February 9, 2023

Aspirin’s effectiveness at preventing blood clots studied

A Vanderbilt study found that aspirin is as effective as low molecular weight heparin at preventing hospital-acquired deep venous thromboembolism, or blood clots in the veins, for orthopaedic trauma patients.

By Danny Bonvissuto
Colorful stylized DNA double helices overlapping against a purple background.
February 7, 2023

A new view of a cholesterol carrier

Vanderbilt researchers developed a novel method to measure small RNAs carried by HDL and demonstrated that these molecules circulate in greater concentrations than previously believed and are likely to contribute to communication between immune cells.

By Kelsey Pinckard 
(iStock)
February 6, 2023

VUMC’s ‘Shed-MEDS’ protocol can reduce risk of drug interactions in older people

Vanderbilt University Medical Center’s ‘Shed-MEDS’ protocol may reduce risk drug-drug interactions in older peole.

By Bill Snyder
February 6, 2023

Gut microbiota and lung fibrosis

Microorganisms residing in the gut influence the severity of lung fibrosis in mouse models, suggesting that modifying the gut microbiota may offer therapeutic benefit for patients.

By Leigh MacMillan