The cellular and organismal response to stressor-driven stimuli evokes stress response in
vertebrates including fishes. Fishes have evolved varied patterns of stress response …

Oxygen (O2) is required for aerobic energy metabolism but can produce reactive oxygen
species (ROS), which are a wide variety of oxidant molecules with a range of biological …

Hypometabolism is a hallmark strategy of hypoxia tolerance. To identify potential
mechanisms of metabolic suppression, we have used the goldfish to quantify the effects of …

Coastal environments commonly experience fluctuations in salinity and hypoxia–
reoxygenation (H/R) stress that can negatively affect mitochondrial functions of marine …

Studies of heart function and metabolism have been used to predict the impact of global
warming on fish survival and distribution, and their susceptibility to acute and chronic …

In fish, the capacity of thermal acclimation to preserve cardiac mitochondrial function under
future warming scenarios is important to understand given the central roles that cardiac …

Hypoxia is common in marine environments and a major stressor for marine organisms
inhabiting benthic and intertidal zones. Several studies have explored the responses of …

The cardiotoxicity of doxorubicin (DOX) may manifest at the beginning/during treatment or
years after, compromising patients' quality of life. We intended to study the cardiac pathways …

Oxygen (O 2) deprivation and metals are common environmental stressors and their
exposure to aquatic organisms can induce oxidative stress by disrupting cellular reactive …

Fluctuations in the ambient oxygen concentrations represent a major stressor for aerobic
organisms causing ATP deficiency during hypoxia and excessive production of reactive …