Like an emergency response team that is called into action to save lives, stress response proteins in the heart are activated during a heart attack to help prevent cell death. As part of this process, researchers show for the first time that one of these specialized emergency responder proteins, known as MCUB, temporarily decreases harmful levels of calcium transport into mitochondria, the energy-generating batteries of cells.
Read moreAn international research consortium was able to identify what is likely an optimal combination of chest compression frequency and depth when performing CPR.
Read moreAs the nationwide opioid epidemic continues, more young people are developing a life-threatening heart infection that can result from drug abuse. It predominantly affects young, white, poor men who also have higher rates of HIV, hepatitis C and alcohol abuse.
Read moreBlood pressure levels in patients with hypertension did not improve when patients took part in automated texting or were given electronic pill bottles.
Read moreA research team has identified a potential target for treating heart failure related to fibrosis. The study looked at an epigenetic 'reader' protein known as BRD4, showing that it serves a central role in regulating the activation of cardiac fibroblasts. They also found that chemical inhibitors of BRD4 potently block cardiac fibroblast activation.
Read moreA single high dose of radiation aimed at the heart significantly reduces episodes of a potentially deadly rapid heart rhythm, according to results of a phase one/two study.
Read moreAn meta-analysis of studies shows that recommendations to moderate alcohol consumption for people with type 2 diabetes may need to be reviewed, since low-to-moderate consumption could have a positive effect on blood glucose and fat metabolism.
Read moreNew research shows that use of the contraceptive pill and longer menstrual cycles are associated with a higher risk of developing type 2 diabetes (T2D), while later puberty and later menopause are associated with lower risk.
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Short stature is associated with a higher risk of type 2 diabetes, according to a new study. Tall stature is associated with a lower risk, with each 10cm difference in height associated with a 41 percent decreased risk of diabetes in men and a 33 percent decreased risk in women.
Short stature is associated with a higher risk of type 2 diabetes, according to a new study. Tall stature is associated with a lower risk, with each 10cm difference in height associated with a 41% decreased risk of diabetes in men and a 33% decreased risk in women.
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