NCATS

Blood cancer progression

Vanderbilt researchers used single-cell technologies to explore the accumulation of mutations during blood cancer progression, which could help identify strategies for preventing leukemia before it occurs.

The study team included, from left, Mohammad Saleem, PhD, Lale Ertuglu, MD, Annet Kirabo, PhD, and Ashley Pitzer, PhD.

Researchers discover how salt increases blood pressure

A Vanderbilt research team has discovered that activation of a certain protein complex involved in the inflammatory response in immune cells contributes to salt-sensitive hypertension.

Genetics and blood pressure

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

Gene variants and transplant drug dose

Genotyping multiple enzymes that metabolize the immunosuppressive drug tacrolimus — common used for lung transplant recipients — is important for correct dosing of the drug, Vanderbilt researchers found.

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.

Peptides promote AFib arrhythmia

Peptide oligomers have detrimental metabolic effects and cause pro-arrhythmic electrophysiological changes in heart atria, suggesting they may contribute to atrial fibrillation.

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