about
In vitro activity of synthetic tetrahydroindeno[2,1-c]quinolines on Leishmania mexicana.Characterization of the plasma-membrane calcium pump from Trypanosoma cruzi.Electrogenic behavior of the human red cell Ca2+ pump revealed by disulfonic stilbenes.The effect of cholera toxin on human red cell Ca-ATPase.Apparent isocitrate lyase activity in Leishmania amazonensis.The Action of Red Cell Calcium Ions on Human Erythrophagocytosis in Vitro.The role of membrane-bound magnesium in the permeability of ghosts to K+.Action of protein kinase A activators on the caudal neuromuscular junction of toad tadpoles, recorded on synaptic spots.Inhibition of the human erythrocyte calcium pump by dimethyl sulfoxideThe alteration by ouabain of calcium movements in human red cell ghostsMetabolic control of the K+ channel of human red cellsThe effect of ATP on Ca(2+)-dependent K+ channels of human red cellsRole of membrane-bound Ca in ghost permeability to Na and KA calcium pump in plasma membrane vesicles from Leishmania braziliensisTannic acid as a marker for membrane sidedness of human red cell vesiclesA possible Ca-H exchange in human red cell ghostsRole of water in the energy of hydrolysis of phosphoanhydride and phosphoester bondsCyclic AMP and adenylate cyclase activators stimulate Trypanosoma cruzi differentiationPreferential inhibition of the human red cell Ca-ATPase by some disulfonic stilbene derivativesSynergistic activation of the human red cell calcium ATPase by magnesium and vanadateAlteration by EGTA of the human red cell Ca(2+)-ATPaseEffects of trifluralin and oryzalin on the human erythrocyte Ca-ATPaseEffects of magnesium plus vanadate on partial reactions of the Ca(2+)-ATPase from human red cell membranes[Possible new modulators of the calcium pump of human erythrocytes]Activation of the human red cell calcium ATPase by calcium pretreatmentActive calcium transport in red cell ghosts resealed in dextran solutionsHemoglobin adsorption to ghosts of erythrocytes from different sourcesCalcium pump phosphoenzyme from young and old human red cells
P50
Q38856188-0C1987E3-7D79-401D-89A7-EB211ECA9FBDQ42090287-BFDE3CF9-EF64-435C-A265-03947F772FE7Q44084967-9DB7CE12-BE43-45CD-8351-8634A8E15384Q44423818-2F8E7FEF-C42C-4504-B9D2-B33C7EEF8CF1Q46284455-9B92C92A-9B09-4288-8084-D17FD68C196FQ47135340-6543F606-EC06-4B07-9494-C6D950464348Q47834996-7DB065AB-98E5-4309-845A-7BFF9D206031Q48888149-9596AD96-106F-4B6F-9782-06376E728BF4Q67509748-5974A445-92C0-46E8-AD33-5165D609F843Q67550761-C705A41B-9223-4AE7-833C-7FF626A79FBDQ67665181-FED8F835-5213-4961-8533-7803E655013FQ67833968-B6A85062-65D3-4E46-8683-1504838C86B2Q67867577-BCE8A94A-9EEA-4AE2-9BC8-F16C11B68144Q68427266-83382B59-2656-46A5-A304-C3B5BD22E835Q69280419-288596E7-D17A-4CB4-ABD6-C811350301ADQ69446285-2970F22C-3919-4085-8A35-5F5D36E14CE8Q69612971-C9AB7BCF-A75B-42D1-AB81-527501AC62A5Q69832986-82224A77-B3E8-473C-B669-45ABE87B286DQ69848651-0C897463-35BD-49F7-AD62-2DA45BBB0844Q70731284-BB2FA47C-38D8-4A30-9916-C0ADA0B55F2DQ70836729-B4B34791-4184-40FB-AA28-810E1C2EC21AQ71584957-F1EE6799-8DB0-4CA7-9E31-EB1928EFC5F1Q72159614-E5A2F12C-5B99-4C5A-85EB-7A73C5A66A9EQ72187103-F28B3D05-C2B9-45F9-A343-D784FDDAD4A4Q72418871-C29F58F2-BE4E-46E2-82D0-675D72D23B0FQ72653766-C6877F55-026D-44A9-94F3-BCF4B7E484EAQ72960357-2E7BB170-8CDF-4EC2-B385-ACCBDEF212D3Q78618471-9ADA4561-6D6C-4BFD-9152-3CAFFE2F8E70
P50
description
Forscher
@de
chercheur
@fr
investigador
@es
researcher
@en
ricercatore
@it
wetenschapper
@nl
研究者
@zh
name
Pedro José Romero
@en
Romero PJ
@ast
Romero PJ
@es
Romero PJ
@nl
type
label
Pedro José Romero
@en
Romero PJ
@ast
Romero PJ
@es
Romero PJ
@nl
altLabel
Pedro José Romero Ruiz
@en
prefLabel
Pedro José Romero
@en
Romero PJ
@ast
Romero PJ
@es
Romero PJ
@nl
P31
P496
0000-0001-7556-5143