Myocardial ATP Turnover Rates in the in vivo Hearts with Post-Infarction Remodeling

Keywords

abnormality accurate altered among animals applications applied approaches avoids barrier better biochemistry border bore capacity cardiac cardiovascular catecholamine cell cells compensated conditions console constant contrast convention conventionally correlated correlation developed difficulties diseased double experienced experiment flux frequency fully functional heart hearts heterogeneous hydrolysis identical immediately in vivo included index indirect indirectly induced infarct infarction infusion injured injury inorganic interfaced kinetics limit linear linearly lost magnet magnetization measurable measure measured measures metabolism million model muscle myocardial myocardium newly outcome peaks phosphate physiology pigs plots post pressure primary prior product production quantification questions reaction reduction regulate regulated related relation relaxed remodeling remote require response revealed saturation sensitive severe severity significantly skeletal stand stem subtracting suggests summary supported swine synthesis therapy tightly transfer transplanted treated turnover unsettled utilized validated ventricular weeks widely workload zone