Property:MiPNet keyword
From Bioblast
This is a property of type String.
U
Autophagy and mitochondrial function, skeletal and heart muscle +
Tumorigenesis +
Mitochondria, Muscle, Aging, Obesity, Exercise +
Obesity, T2 Diabetes +
obesity, insulin resistance, exercise, fat oxidation, skeletal muscle +
Dr. Morris investigates how the susceptibility to diet-induced weight gain is mediated by systemic and peripheral energy metabolism through the modulation of the neural centers regulating energy intake and expenditure. His work centers on how the function of the primary energy producing cellular bodies, mitochondria, can impact tissue function and ultimately systemic health. Currently, the lab is investigating: 1) how liver mitochondrial function can, through neural pathways to the brain, influence high fat diet-induced weight, 2) how systemic energy expenditure serves as an independent regulator of weight gain and adiposity, and 3) whether transcriptional control of mitochondria in the ventromedial hypothalamus is necessary for susceptibility to weight gain. +
Alzheimer’s Disease, brain bioenergetics +
Comparative physiology and biochemistry, animal bioenergetics, adaptations to anoxia and water stress, mitochondria physiology, Late embryogenesis Abundant (LEA) proteins +
Aging, Diabetes, Exercise, Muscle, Inflammation +
Peroxisome +
Bioenergetics of neurons and cerebral microvasculature +
[[PBI-Shredder_O2k-Set|PBI-Shredder]], Calcium transport, permeability transition, and multichannel (multiparameter) +
Mitochondrial dysfunction, free radical homeostasis, mitochondrial permeability transition, mitochondrial metabolism +
Mitochondrial deoxynucleotide metabolism and mitochondrial DNA depletion disease, ovarian cancer metabolism, nicotinamide nucleotide transhydrogenase (NNT) and Type II diabetes +
heart failure, diabetes, and fatty liver disease +
Exercise, Heart Failure, Ketones, Lipid Oxidation, Metabolomics +
Cerebral ischemia, Nutrition, Mitochondrial biogenesis +
Diabetes, Obesity, Insulin resistance, Exercise, Fat oxidation, Skeletal muscle +
aging, sarcopenia, ROS +
Mitochondrial dysfunction in Bipolar disorder, Creatine Transporter deficiency +
Exercise Physiology, Respiratory Physiology, Hypoxia +
Exercise, insulin resistance, obesity, humans, mouse model +
Aging, diabetes, NASH, NAFLD, exercise +
NAD, Sirtuins, Metabolic flux +
Respiratory OXPHOS disease +
Mitochondrial Bioenergetic in Emergency Medicine and Medical Toxicology +
[[PBI-Shredder_O2k-Set|PBI-Shredder]] +
diabetes, obesity, energy metabolism, muscle physiology, electron microscopy +
fatty acid oxidation, post-translational modifications, sirtuins, lung metabolism, cancer metabolism +
Mitochondria, Muscle, Aging, Obesity, Exercise +
Mitochondrial disease models +
Fetal programming, Efficiency of energy utilization in beef cattle +
muscle energetics in performance horses, impact of skeletal muscle energetics on beef cattle production, and mitochondrial dysfunction in aging +
Endothermy, avian, reptile, cardiac, skeletal, liver, hypoxia +
Skeletal muscle respiration, burned children +
Skeletal muscle respiration, burned children +
Human muscle metabolism, cancer, aging +
Skeletal muscle, Oxidative stress, Peripheral Artery Disase +
Sphingolipids, Insulin resistance, Mitochondrial physiology, Environmental toxins +
Mitochondrial diseases, Gene therapy +
Mitochondrial diseases, Stem Cells, Respiration +
Muscle force transducer +
Mitochondrial bioenergetics and Ca2+-ROS homeostasis, Cardiac metabolism, Cardiac ischemia-reperfusion injury, Mathematical modeling +
