Hydrogen sulfide in regulation of frog myocardium contractility of 100
μM induced a negative inotropic effect and decreased the maximal velocity of contraction
Hydrogen sulfide in regulation of frog myocardium contractilityHS at the concentration of 100
μM induced negative inotropic effect and reduced the maximum velocity of the contraction
Hydrogen sulfide in regulation of frog myocardium contractility of 100
μM induced a negative inotropic effect and decreased the maximal velocity of contraction
Hydrogen sulfide in regulation of frog myocardium contractilityHS at the concentration of 100
μM induced negative inotropic effect and reduced the maximum velocity of the contraction
Редокс-превращения гетерометаллического μ-винилиденового комплекса [Cp(CO)2ReCu(μ-C=CHPh)(μ-Cl)]2Бурмакина, Г.В.,
Чудин, О.С.,
Верпекин, В.В.,
Зимонин, Д.В.,
Павленко, Н.И.,
Васильев, А.Д.,
Антонова, А.Б.,
Рубайло, А.И.,
Burmakina, Galina V.,
Chudin, Oleg S.,
Verpekin, Victor V.,
Zimonin, Dmitri V.,
Pavlenko, Nina I.,
Vasiliev, Alexandr D.,
Antonova, Alla B.,
Rubaylo, Anatoly I. гетероядерного димерного винилиденового комплекса [Cp(CO)2ReCu(
μ-C=CHPh)(μ-
Cl)]2. Установлено, что в результате