about
Positive inotropic effect of endothelin-2 on human atrium preparations in vitroProgressive changes from young adult age to senescence in mRNA for rat cardiac myosin heavy chain genes.The extracellular matrix in human cardiac tissue. Part II: Vimentin, laminin, and fibronectin.Cardiac gap junctions in rat ventricle: localization using site-directed antibodies and laser scanning confocal microscopy.Assessment of myocardial perfusion, metabolism and pharmacology using positron emission tomography.The impact of single cell voltage clamp on the understanding of the cardiac ventricular action potential.The physiological role of atrial natriuretic factor.Biochemical correlates with myocardial aging.Regulation and interaction of intracellular calcium, sodium and hydrogen ions in cardiac muscle.Interaction of putative transmitters in central nervous pathways involved in the control of heart rate and arterial pressure.Heart rate and hemodynamics.Oxidative damage to the myocardium: a fundamental mechanism of myocardial injury.Heart rate and cardiac energetics.Is the erythrocyte sodium-lithium countertransport a molecular marker of cardiac risk in hypertension?Does endocardium modulate myocardial contractile performance?The mechanism of extertional fatigue in heart failure.Current research views on myocardial reperfusion and reperfusion injury.Towards a molecular understanding of contractility.Hemodynamic profile of amiodarone during acute and long-term administration in patients with ventricular dysfunction.The heart in congestive failure.Heart failure: role of cardiovascular reflexes.Cellular basis of ventricular remodeling after myocardial infarction in rats.Ventricular remodeling in global ischemia.Properties of the myocardium affecting the coronary circulation.Ontogenesis of the structural elements of the heart.Comparative aspects of the role of neuropeptide Y in the regulation of the vertebrate heart.Cardiac distribution of the binding sites for natriuretic peptides in vertebrates.The size of the heart.Structure and function of the fish cardiac ventricle: flexibility and limitations.Coronary hemodynamics in elasmobranchs and teleosts.The crocodilian heart and central hemodynamics.Cardio-respiratory modeling in fishes and the consequences of the evolution of airbreathing.The evolution of efferent vagal control of the heart in vertebrates.Patterns of form and function in developing hearts: contributions from non-mammalian vertebrates.Carnitine and cardiac interstitium.Action of oxygen free radical scavengers and inhibitors on the chemiluminescence response of monocytes and neutrophils in rheumatic fever.NADPH oxidase activity in the monocytes and neutrophils of patients with rheumatic fever.Pronounced antiarrhythmic effects of ischemic preconditioning.Metabolism of the failing heart.Myocardial infarction, cardiac anatomy and ventricular loading.
P1433
Q24306815-059D0C70-54EA-4629-9A85-0810B5B92800Q29465468-A2B6E321-3E8D-49C9-91EF-6A97AD9A41D5Q33209037-25DAF213-6CF0-40CF-A85E-81C25F334C58Q33491750-E45614E5-F4EA-4BC6-80AB-C0746FCB6094Q35275189-E0480D47-0C68-4410-934E-15DE099D90C4Q35343688-ECA4301F-6A5E-4937-AD22-D9F2D584037AQ35653238-DC37D7D9-67E5-4164-82B7-6A5E1D540A7EQ36375940-DE6B5DC8-F543-440D-82DE-EC30CD1F3F38Q36416102-C1E37879-7A6D-4E9B-8407-2322496F73EAQ36534754-643E5440-A4F0-4DE7-803D-307A5F0B10ABQ36786979-B6EE36D7-A680-4E7F-A602-0C6D8238B816Q36867038-AE91F630-4379-4AAA-939B-D65862E11E52Q36867054-19436B5D-1203-4E33-A512-719C447D8FADQ37100697-00D57755-36E2-4565-B6F3-6BBF0184EF38Q37575668-86D52D8C-2882-40D1-B6B2-97A254C3A614Q37804358-DA2A1BB4-4493-49F2-92DC-EB398E33A461Q37804359-15E1766F-0DB5-4480-A69B-4D60F4F4456EQ37804360-E10CEB29-E4D3-45D6-832D-64B3C00614EAQ37804361-47DD443A-4E89-40A7-BF19-8A042423EC4FQ37868526-7E61A73F-F8FB-4041-8F37-82D57BEEFC9DQ37868527-1D15405D-55D0-428D-BBD8-9869186864E3Q40424666-599A1B37-EA7B-4A43-A649-CB17432A5F3FQ40424673-F267B388-56B1-4EB0-ACDE-41707B44C96AQ40441568-ECF47F56-D137-45AE-90CA-15B7B29DE4FEQ40441574-CD110BA5-CFDF-422D-99DB-D5FD1BA97C0AQ40520745-B7328A03-E4CD-4F77-9759-D2A1667C7667Q40520751-C1C0E31E-2C13-4FA8-9979-35EB9FB23286Q40520758-CCF282AC-69DD-4524-B02E-76F85656026EQ40574086-C47A9EDF-4449-4573-A99B-4438F4B20ABBQ40574090-4E524C1F-12D2-49DE-89FD-D9F9011F1899Q40574098-15AE794C-1AC9-4C3B-B09E-5CF0FB4923C8Q40574102-86FA5243-79E3-4415-9163-A41FED1FC014Q40574108-31167DFC-A447-42D7-8CB0-A0B0842D34B3Q40574114-3C4F4DD3-FC01-4A3E-A271-B754A8713994Q40627201-37AC45DC-6A12-4B90-9371-650782BC5DBCQ40713023-21EAFA2E-5878-4148-8432-B2A52D49B3DAQ40748140-ACBCB148-F464-4AC5-9D68-2FA175BB7A08Q40763114-6043D9FD-0053-49E8-B85E-C3EBDAFDD581Q40809374-02F01632-1728-4C7C-86E9-DD36DF62CB8FQ40832705-CBF75131-A15E-4DF8-96F7-B1A4F964E861
P1433
description
journal
@en
revista científica
@es
rivista scientifica
@it
wetenschappelijk tijdschrift van Elsevier
@nl
wissenschaftliche Fachzeitschrift
@de
name
Cardioscience
@ast
Cardioscience
@en
Cardioscience
@es
Cardioscience
@it
Cardioscience
@nl
type
label
Cardioscience
@ast
Cardioscience
@en
Cardioscience
@es
Cardioscience
@it
Cardioscience
@nl
prefLabel
Cardioscience
@ast
Cardioscience
@en
Cardioscience
@es
Cardioscience
@it
Cardioscience
@nl