Search results for "Eläinkokeet"

showing 3 items of 3 documents

Age affects myosin relaxation states in skeletal muscle fibers of female but not male mice

2018

The recent discovery that myosin has two distinct states in relaxed muscle–disordered relaxed (DRX) and super-relaxed (SRX)–provides another factor to consider in our fundamental understanding of the aging mechanism in skeletal muscle, since myosin is thought to be a potential contributor to dynapenia (age-associated loss of muscle strength independent of atrophy). The primary goal of this study was to determine the effects of age on DRX and SRX states and to examine their sex specificity. We have used quantitative fluorescence microscopy of the fluorescent nucleotide analog 2′/3′-O-(N-methylanthraniloyl) ATP (mantATP) to measure single-nucleotide turnover kinetics of myosin in skinned skel…

Adenosine TriphosphataseMale0301 basic medicineAgingMuscle PhysiologyPhysiologyMuscle RelaxationATPaseMuscle Fibers Skeletallcsh:MedicineMale miceSkeletal Muscle FibersBiochemistrymyosinsMiceMyosin headContractile Proteins0302 clinical medicineAnimal Cellsskeletal muscle fibresMyosinMedicine and Health SciencesgenderLipid HormonesPost-Translational ModificationPhosphorylationlcsh:Scienceta315Musculoskeletal SystemSex Characteristics0303 health sciencesMultidisciplinaryEstradiolRelaxation (psychology)biologyChemistryMusclesanimal experimentsEnzymesmedicine.anatomical_structurePhosphorylationFemaleCellular TypesAnatomyResearch ArticleMuscle ContractionSex characteristicsmedicine.medical_specialtyMotor ProteinssukupuolierotActin MotorseläinkokeetMuscle Fibersmyosiinitsukupuoli03 medical and health sciencesAtrophyMolecular MotorsInternal medicinemedicineAnimalslihassolut030304 developmental biology030102 biochemistry & molecular biologylcsh:RPhosphatasesBiology and Life SciencesProteinsSkeletal muscleCell BiologySkeletal Muscle Fibersmedicine.diseaseHormonesCytoskeletal Proteins030104 developmental biologyEndocrinologySkeletal MusclesageEnzymologybiology.proteinlcsh:QSteady state (chemistry)ikä030217 neurology & neurosurgery
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Lifespan and skeletal muscle properties the effects of genetic background, physical activity and aging

2016

Obesity and metabolic disorders have become a notable world-wide epidemic. The pathogenesis of metabolic diseases, such as metabolic syndrome and type 2 diabetes, has begun to negatively affect life expectancy of current generations. Low aerobic capacity has shown to be a strong predictor of mortality both in rodents and humans. Exercise is known to increase an individual’s aerobic capacity; interestingly, recent studies have suggested that genetic background may play a significant role in the physical activity level of an individual. The purpose of this study was to investigate the role of genetic background and physical activity on skeletal muscle properties, metabolism and lifespan. The …

elinikäphysical activityKaksostutkimuslihaksetliikuntafysiologiaaerobic capacitygenetic backgroundEläinkokeetikääntyminenperimäaerobinen suorituskykyskeletal muscleaineenvaihduntalifespanfyysinen aktiivisuus
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Ympäristöprotestin neljäs aalto : eläinoikeusliike ja uuden polven ympäristöradikalismi 1990-luvulla

2004

radikalismiympäristönsuojelueläinkokeetympäristöaktivismieläinaktivismi1990-lukuympäristöliikkeetnuoretympäristökonfliktityhteiskunnalliset liikkeetprotestiliikkeeteläintenoikeusliikkeetkansalaistoimintaveganismiosallistuminenvegetarismi
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