Total ATP provision by the slow oxidative fibres was 65–121 μmol/g dry muscle and 27–35% of the amount produced by fast glycolytic fibres. Contributions to total ATP provision in the initial 30 contractions were: phosphocreatine, 71%; glycolysis, 28%; and endogenous ATP, 1%. Following ...
Due to the relatively low amount of ATP produced under anaerobic conditions, anaerobic germination (AG) is a very challenging process that is strictly regulated by transcriptional and metabolic changes. However, to date, few studies have integrated rice seed AG metabolism, GWAS and transcriptomic data...
regenerate ATP, as ATP is increasingly produced from glycogenolysis/glycolysis as well as from aerobic sources. When exercise is continued above the lactate threshold, the combined reaction of ATP hydrolysis and lactate−production produces nearly equivalent amounts of lactate−and H+within skeletal...
Q G is ATP production by glycolysis/glycogenolysis and CK by phosphocreatine break down to creatine. Q a w is aerobic power due to internal and external work. The aerobic power is Q a = Q r + Q a w . For each ATP used (produced and consumed) heat and work are outputs. Heat whe...
有氧运动和无氧运动有什么区别(What's the difference between aerobic exercise and anaerobic exercise)Human movement requires energy, and if es from aerobic metabolism within the cell (aerobic oxidation), it is aerobic exercise; but if es from anae
ATP measurement was used as a rapid and simple method for evaluating methane potential and total biomass activity [29]. Recently, ATP was proposed as a reflection for the loss of cell activity by sodium inhibition [30]. The amount of ATP present in the biomass would be proportional to the ...
The Brazilian potential for biogas production is great because of the amount of wastewater and organic waste generated, as well as the disposal of waste in landfills. According to Applied Economic Research Institute (IPEA) data, in 2009, Brazil produced 291 million tons of wastes from the agroin...
Judging from a nearly 1:1 stoichiometry between the consumed formate and thiosulfate and produced sulfide, equimolar amount of thiosulfate was reduced to sulfide and sulfite. Sulfite formation was confirmed analytically. The experiments with washed cells (Supplementary Table S2) demonstrated that the ...
Anaerobic power is the maximal power developed during all-out, short-term effort and reflects the energy-output capacity of intramuscular high-energy adenosine triphosphate and phosphocreatine (ATP and PCr) and/or anaerobic glycolysis. Anaerobic capacity is the maximum amount of ATP resynthesized via ...
Aerobic exercise, anaerobic exercise and the lactate threshold. All exercise draws first on intramuscular stores of ATP and creatine phosphate; initially these are replenished by anaerobic glycolysis. The lactic acid produced contributes to the rapid development of fatigue in high intensity exercise......