Add BrightSurf on Google Email

Duke University Medical Center


Kangaroo, platypus are not related after all; Duke scientists refute current molecular method of classifying mammals

Researchers at Duke University used nuclear genes to analyze genetic material from 15 mammal species, providing statistically unambiguous results in favor of the Theria hypothesis. This contradicts the Marsupionta hypothesis supported by mitochondrial DNA method, which links disparate animals like kangaroos and whales.

SourceDuke University Medical Center·JournalMammalian Genome·DateJul 1, 2001

Blacks, women get fewer heart devices

Researchers found that African-American Medicare patients received implantable defibrillator devices at one-third the rate of whites and women at less than half the rate of men. The disparity is significant, with defibrillators proven to be superior to existing medical treatments for severe cardiac arrhythmias.

Key heart drug underutilized

A Duke University Medical Center study found that ACE inhibitors are prescribed in just over half the cases they should be, despite clear evidence of their benefits. The study's author suggests increasing physician education and implementing an oversight system to ensure patients receive the best treatments.

Genetic paradox: Gene implicated in Alzheimer's disease appears to protect kidneys of heart surgery patients

A study by Duke University Medical Center researchers has found a possible genetic link determining which heart patients are more likely to suffer kidney damage after surgery. The research team found that the E-4 variant of the apolipoprotein APO gene, already implicated in Alzheimer's disease, appears to offer protection to the kidneys.

SourceDuke University Medical Center·JournalAnesthesiology·DateJul 26, 2000

Duke study suggest new pathway to preserve heart function after attack

A study by Duke University Medical Center has shown that blocking a key enzyme pathway can prevent the onset of heart failure. The researchers found that blocking ß-adrenergic receptor kinase (ßARK) after a heart attack preserves heart function, providing a promising new avenue for treating and preventing heart failure.

SourceDuke University Medical Center·JournalProceedings of the National Academy of Sciences·DateApr 23, 2000