Search by property
From Bioblast
This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.
List of results
- IN New Delhi Mukhopadhyay A + (Aging, Cenorhabditis elegans)
- US LA Baton Rouge Irving BA + (Aging, Diabetes, Exercise, Muscle, Inflammation)
- US CT Storrs Kwon O + (Aging, Free Radicals, Oxidative Stress, Vascular function, Mitochondrial-targeted antioxidant (MitoQ), Mitochondrial quality control)
- US PA Danville Irving BA + (Aging, diabetes, NASH, NAFLD, exercise)
- CA Montreal Gouspillou G + (Aging, exercise, nutrition, permeabilized muscle fibers, isolated mitochondria)
- CA Montreal Hepple RT + (Aging, permeabilized muscle fibers, isolated mitochondria)
- US FL Gainesville Hepple RT + (Aging, permeabilized muscle fibers, isolated mitochondria)
- CH Basel Eckert A + (Alzheimer's disease (AD))
- US KS Kansas City Wilkins H + (Alzheimerβs Disease, brain bioenergetics)
- FR Pessac Pasdois P + (Atrial fibrillation, sudden death, energetic metabolism, mitochondrial permeability transition pore)
- US FL Gainesville Wohlgemuth SE + (Autophagy and mitochondrial function, skeletal and heart muscle)
- NL Amsterdam Nollet E + (Bio-energetics, heart failure, cardiac muscle, skeletal muscle, oxidative stress)
- NL Amsterdam Wuest RC + (Bio-energetics, skeletal muscle, cardiac muscle, metabolomics)
- US LA New Orleans Katakam PV + (Bioenergetics of neurons and cerebral microvasculature)
- SE Gothenburg Hagberg H + (Brain injury and regeneration - experimental studies and mechanisms)
- CZ Prague Fisar Z + (Brain mitochondrial bioenergetics, effect of psychotropic drugs on mitochondrial bioenergetics, mitochondrial dysfunctions in mood disorders and in Alzheimerβs disease)
- IT Florence Morandi A + (Cancer Cells, Bioenergetics, Metabolic reprogramming, mitochondria)
- IT Rome Scatena R + (Cancer cells and mitochondria)
- UK Oxford Timm K + (Cardio-oncology, namely in the side effect β¦ Cardio-oncology, namely in the side effects of chemotherapy on the heart. Particularly interested in how different classes of chemotherapeutics affect cardiac metabolism and energetics, and how cardioprotective agents may interfere with, or potentiate, anti-cancer action of chemotherapeutics.Use the O2k for HRR of cardiac muscle fibres, isolated cardiac mitochondria, tumour homogenates and cardiomyocytes and cancer cells. Have collaborations in neuropharmacology and are happy to discuss potential collaborations across disciplinesotential collaborations across disciplines)
- FR Montpellier Prouteau-Angebault C + (Cardiolipin, cytochrome c oxidase, OPA 1)
- US CO Fort Collins Chicco AJ + (Cardiometabolic disease, environmental stresss, cardiolipin, comparative biochemistry)
- NO Trondheim Hoydal MA + (Cellular and molecular cardiology, ischemic heart disease, Exercise medicine)
- CH Lausanne Place N + (Cellular mechanisms underpinning skeletal muscle adaptations to exercise, Calcium handling, Neuromuscular plasticity)
- US NC Durham Li PA + (Cerebral ischemia, Nutrition, Mitochondrial biogenesis)
- CA Sherbrooke Blondin DP + (Cold-induced thermogenesis, heat exposure, exercise, type 2 diabetes, sepsis, cardiomyopathy)
- BR Manaus Val AL + (Comparative mitochondrial physiology)
- US LA Baton Rouge Hand SC + (Comparative physiology and biochemistry, animal bioenergetics, adaptations to anoxia and water stress, mitochondria physiology, Late embryogenesis Abundant (LEA) proteins)
- US NC Greenville Neufer PD + (Diabetes, Obesity, Insulin resistance, Exercise, Fat oxidation, Skeletal muscle)
- US AL Birmingham Moellering DR + (Diabetes, Obesity, Mitochondrial Physiology, Nutritional Bioenergetics, Redox Biology)
- SE Uppsala Liss P + (Diabetes, kidney)
- US KS Kansas City Morris EM + (Dr. Morris investigates how the susceptibi β¦ 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.cessary for susceptibility to weight gain.)
- FI Tampere Dufour E + (Drosophila, Aging, Mitochondria, Complex I, NADH)
- CA Rimouski Blier PU + (Drosophila, Temperature adaptation)
- US TX Denton Dzialowski EM + (Endothermy, avian, reptile, cardiac, skeletal, liver, hypoxia)
- US OK Stillwater Davis MS + (Exercise Physiology, Respiratory Physiology, Hypoxia)
- US CA Los Angeles Shirihai O + (Exercise physiology, obesity)
- US NC Durham Koves TR + (Exercise, Heart Failure, Ketones, Lipid Oxidation, Metabolomics)
- US OR Corvallis Robinson MM + (Exercise, insulin resistance, obesity, humans, mouse model)
- CA Antigonish Kane DA + (Exercise, skeletal muscle, metabolism, diabetes, obesity)
- AT Innsbruck Jansen-Duerr P + (FAHD1, senescence, aging, ''Mus musculus'', ''C. elegans'')
- US SD Brookings Baiao Menezes AC + (Fetal programming, Efficiency of energy utilization in beef cattle)
- BR Rio de Janeiro Oliveira MF + (Heme metabolism, redox biochemistry, energy metabolism, mitochondrial function, Schistosoma mansoni)
- CA London Staples JF + (Hibernation, torpor, mitochondria)
- US CO Colorado Springs Jacobs RA + (Human bioenergetics in health and disease; Human Performance; Environmental effects on biological thermodynamics (emphasis on hypoxia/high altitude); and Aging)
- US TX Galveston Sheffield-Moore M + (Human muscle metabolism, cancer, aging)
- CZ Prague Krajcova A + (Human skeletal, cardiac muscle, mitochondrial disorders and mitochondrial pharmacology.)
- HU Budapest Tretter L + (Hydrogen peroxide, Synaptosomes, Guinea pigs, Mitochondrion, Reactive oxygen species, Oxidative stress)
- NZ Auckland Hickey AJ + (Hypoxia, Thermal limits on life, Heart disease, Ocean acidification, Spectroscopy, Reactive oxygen species, Oxidative stress)
- UK Cambridge Murray AJ + (Hypoxia, high altitude, heart failure, skeletal muscle, placenta)
- NL Maastricht Bierau J + (Inborn errors of metabolism)
- NL Amsterdam Serlie MJ + (Insulin resistance, obesity, fatty acids)
- ES L'Hospitalet Bermudez MJ + (Liver cells)
- CZ Hradec Kralove Cervinkova Z + (Liver cells, Liver regeneration, Toxic liver injury ''in vivo'' and ''in vitro'')
- BE Leuven Vermeersch P + (Liver disease, mitochondrial disease and diagnostics)
- ES Granada Acuna-Castroviejo D + (Melatonin, Mitochondria, Reactive oxygen species, Respiratory chain, ATP)
- CN Xiamen Lin SC + (Metabolic homeostasis, nutrient sensing, glucose metabolic flux, AMPK activation pathway, autophagy, obesity)
- KR Busan Han J + (Mitochondria Physiology, Heart Disease, Metabolic Syndrome)
- FR Villeurbanne Romestaing C + (Mitochondria in ecophysiology, energy allocation, oxidative stress, ROS, ATP, fitness)
- US PA Pittsburgh Goodpaster BH + (Mitochondria, Muscle, Aging, Obesity, Exercise)
- US FL Orlando Goodpaster BH + (Mitochondria, Muscle, Aging, Obesity, Exercise)
- PL Gdansk Kaczor JJ + (Mitochondria, ROS, Cholesterol, mitochondrial contact sites, exercise, nutrition, dystrophy)
- IT Bari Atlante A + (Mitochondria, cells, oxygen consumption, membrane potential, proton efflux)
- US PA Philadelphia Jang DH + (Mitochondrial Bioenergetic in Emergency Medicine and Medical Toxicology)
- DE Ulm Gumpp A + (Mitochondrial alterations after traumatic stress and in psychiatric disorders)
- US WI Milwaukee Dash RK + (Mitochondrial bioenergetics and Ca2+-ROS homeostasis, Cardiac metabolism, Cardiac ischemia-reperfusion injury, Mathematical modeling)
- US MI Mt Pleasant McKee E + (Mitochondrial deoxynucleotide metabolism and mitochondrial DNA depletion disease, ovarian cancer metabolism, nicotinamide nucleotide transhydrogenase (NNT) and Type II diabetes)
- US PA Pittsburgh Palladino MJ + (Mitochondrial disease models)
- US VA Richmond Bennett JP + (Mitochondrial diseases, Gene therapy)
- US AR Fayetteville Iyer S + (Mitochondrial diseases, Stem Cells, Respiration)
- US VA Richmond Iyer S + (Mitochondrial diseases, Stem Cells, Respiration)
- US OH Cincinnati Perna M + (Mitochondrial dysfunction in Bipolar disorder, Creatine Transporter deficiency)
- US MI East Lansing Bazil JN + (Mitochondrial dysfunction, free radical homeostasis, mitochondrial permeability transition, mitochondrial metabolism)
- AU Sydney James D + (Mitochondrial function and insulin resistance)
- US AK Fairbanks O'Brien K + (Mitochondrial function in cold-bodied fishes)
- SE Lund Elmer E + (Mitochondrial permeability transition, complex I disorders, diagnostics (blood cell and muscle fibers) and pharmacological intervention)
- AT Innsbruck Gnaiger E + (Mitochondrial physiology, [[High-resolution respirometry]])
- DE Munich Perocchi F + (Mitochondrial signaling)
- US WA Seattle Kushmerick MJ + (Muscle force transducer)
- US CA La Jolla Hogan MC + (Muscle physiology, Hypoxia)
- BE Liege Votion DM + (Muscle, Horse, Performance, Myopathy, Atypical myopathy in grazing horses)
- DE Cologne Pesta D + (My research focuses on metabolic adaptations in relation to exercise and physical training, inactivity, cardiometabolic diseases, caloric restriction, and aging)
- US PA Philadelphia Baur JA + (NAD, Sirtuins, Metabolic flux)
- CZ Olomouc Modriansky M + (Natural substances (e.g. polyphenols) - influence on mitochondrial physiology and OXPHOS)
- CA Winnipeg Fernyhough P + (Neurodegenerative disease with focus on diabetes)
- IN Haldia Chakrabarti S + (Neuropathology, Oxidative stress)
- LV Riga Jansone B + (Neuropharmacology, Alzheimer's' and Parkinson's disease research, stroke research)
- UK Loughborough Bailey S + (Nitric oxide, skeletal muscle, exercise physiology, human nutrition)
- CH Lausanne Canto C + (Nutrient sensing, energy sensing and metabolic adaptation)
- US FL Orlando Sparks LM + (Obesity, T2 Diabetes)
- NZ Auckland Pham T + (Our research group is the world expert in β¦ Our research group is the world expert in cardiac energetics, where we build experimental devices for measuring energy cardiac energy utilisation in performing mechanical work at whole heart and tissue levels. We also investigate the efficiency of energy production by mitochondria to provide a more comprehensive understanding of fundamental physiology and pathophysiology at multiple spatial scales.athophysiology at multiple spatial scales.)
- CZ Prague Zeman J + (Oxidative phosphorylation system)
- RU Moscow Itkis YS + (PDH-deficiency, Alpers syndrome, Leigh syndrome, mitochondrial DNA depletion syndromes)
- US LA Baton Rouge Noland RC + (Peroxisome)
- DE Frankfurt Leeuw T + (Respiration and aging)
- US PA Philadelphia Falk MJ + (Respiratory OXPHOS disease)
- CA Moncton Hebert-Chatelain E + (Signaling, phospho-proteomics, cannabinoids, brain metabolism, neurodegenerative diseases)
- CA Toronto Bellissimo C + (Skeletal and respiratory muscles during critical illness)
- UK Nottingham Lavery GG + (Skeletal muscle metabolism in health, ageing and disease)
- US TX Galveston Porter C + (Skeletal muscle respiration, burned children)
- US TX Galveston Rontoyanni V + (Skeletal muscle respiration, burned children)
- US TX Waco Koutakis P + (Skeletal muscle, Oxidative stress, Peripheral Artery Disase)
- US CO Boulder Broussard JL + (Sleep and circadian rhythms, metabolism, impact of sleep and circadian disruption on mitochondrial function)
- US UT Provo Bikman BT + (Sphingolipids, Insulin resistance, Mitochondrial physiology, Environmental toxins)
- UK Cambridge Martins LM + (Stress, Parkinson's Disease, Apoptosis, Mitochondrial Signalling)
- CA Charlottetown Kamunde C + (Toxicology, Metals, Hypoxia, Temperature)
- US FL Miami Moraes CT + (Tumorigenesis)
- ES Barcelona Garcia-Roves PM + (Type 2 diabetes, energy metabolism, integrative physiology, exercise physiology)
- FR La Rochelle Rosenfeld E + (Yeast)
- CZ Prague Pichova A + (Yeast, Ageing)
- AT Innsbruck Oroboros + ([[High-resolution respirometry]], [[Oroboros O2k]], [[Gentle Science]])
- US PA Pittsburgh Baranov SV + ([[PBI-Shredder_O2k-Set|PBI-Shredder]])
- US MA Boston Kristal BS + ([[PBI-Shredder_O2k-Set|PBI-Shredder]], Calcium transport, permeability transition, and multichannel (multiparameter))
- CZ Prague Houstek J + ([http://www.oroboros.at/index.php?id=mipnet-pecina_p COX deficiency]; [http://www.oroboros.at/index.php?id=mipnet-naimi_a fibroblasts])
- IT Verona Venturelli M + ([https://chokoage.eu/ Chokoage European project] and [https://clinicaltrials.gov/ct2/results?cond=Frailty&term=SAFE&cntry=IT&state=&city=Verona&dist= SAFE clinical trial])
- UK Nottingham Chakrabarti L + (ageing, exercise and neurodegeneration)
- US CO Fort Collins Miller BF + (aging, mitochondrial biogenesis, proteostasis, oxidative stress, energetic stress, comparative models, rapamycin, metformin, skeletal and cardiac muscle)
- US CO Fort Collins Hamilton K + (aging, mitochondrial biogenesis, proteostasis, oxidative stress, energetic stress, comparative models, rapamycin, metformin, skeletal and cardiac muscle)
- US NC Winston-Salem Ahn B + (aging, sarcopenia, ROS)
- CA Waterloo Quadrilatero J + (autophagy and apoptosis in skeletal muscle)
- AU Sydney Griffith SC + (avian biology - bird mitochondrial functions)
- CA Waterloo Joseph JW + (diabetes research, mitochondrially derived metabolic signaling molecules)
- IN Thiruvananthapuram Gopala S + (diabetes, heart, alzheimer's disease, autophagy)
- US PA Pittsburgh DeLany JP + (diabetes, obesity, energy metabolism, muscle physiology, electron microscopy)
- US CA San Diego Schenk S + (exercise, insulin resistance, diabetes, mitochondrial function and biogenesis)
- US PA Pittsburgh Goetzman ES + (fatty acid oxidation, post-translational modifications, sirtuins, lung metabolism, cancer metabolism)
- US MO St Louis McCommis KS + (heart failure, diabetes, and fatty liver disease)
- UK Leicester Giorgini F + (huntingtonβs disease, parkinsonβs disease)
- ES Madrid Cadenas S + (hypoxia, ischaemic heart disease, nitric oxide, oxidative stress, uncoupling proteins (UCPs))
- UK Cambridge Sferruzzi-Perri A + (metabolism, placenta, fetus, obesity, nutrition, hypoxia)
- US AK Fairbanks Coker RH + (mitigation of metabolic stress in clinical conditions: obesity, diabetes, sarcopenia and alcohol abuse)
- IT Bari Palmieri L + (mitochondrial carriers, metabolism, yeast, boenergetics, neuromuscular disorders)
- SE Uppsala Lees J + (mitochondrial epigenetics)
- US CA La Jolla Calcutt N + (mitochondrial function in CNS and PNS during diabetes, chemotherapy and HIV-induced neuropathy)
- DE Frankfurt Eckert GP + (mitochondrial function in brain aging, Alzheimer`s disease, mitochondrial function, ischemic stroke)
- TR Istanbul Dogan SA + (mitochondrial myopathy, reactive oxygen species, mitochondrial stress signaling)
- US CA La Jolla Felding-Habermann B + (mt-Medicine, Breast cancer)
- US TX College Station White SH + (muscle energetics in performance horses, impact of skeletal muscle energetics on beef cattle production, and mitochondrial dysfunction in aging)
- UK Edinburgh Morton NM + (obesity, diabetes, metabolism)
- US IA Iowa City Anderson EJ + (obesity, insulin resistance, exercise, fat oxidation, skeletal muscle)
- DE Leipzip Ost M + (skeletal muscle metabolism and regeneration, mitohormesis, exercise, aging, obesity, mitochondrial myopathy, endocrine crosstalk, myokines, intermittent fasting, polyamines, spermidine, nutraceuticals)
- AT Innsbruck Schneeberger S + (transplantation, surgery, machine perfusion, organ regeneration, ischemia, reperfusion, cold storage, liver, kidney, heart, lung)
- BR Santa Maria Soares FA + (work with C elegans and D melanogaster models of neurodegeneration)