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blood cells channel blood chloride erythrocyte conductance chloride conductance parasite group pathway study condition membrane anion current pipette transport desai whole-cell solute permeation pathway permeability permeation non-cf solution plasmodium patch-clamp fi eld activity conductance anion channel addition patient experiment staine chloride channel figuration fi brosis patients result culture representative traces thoma falciparum-infected basal number survival di fferences ion channels erasmus mc furosemide identi identi fied falciparum-infected erythrocytes parasite survival whole-cell currents t 84 cells 300 mm mannitol measurement profile inhibition activation inhibitor falciparum plasmodium falciparum-infected bathing solution permeability pathways erasmu parasitology cell-attached patch absence shrinkage channel activity model expression protein erythrocyte plasma membrane tracer fl ux brosi cation table
2 Most Recent Publications
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Electrophysiological studies of malaria parasite-infected erythrocytes: Current status
(Article)
Staines, H.M. Alkhalil, A. Lang, F. Lisk, G. Oteng, E. Pillai, A.D. Rayavara, K. Rouhani, S. Saliba, K.J. Shen, C. Solomon, T. Thomas, S.L.Y. Allen, R.J. Verloo, P. Desai, S.A. Jonge, H.R. de Derbyshire, E. Egée, S. Ginsburg, H. Hill, D.A. Huber, S.M. Kirk, K. |
2007-04-01
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Plasmodium falciparum-activated chloride channels are defective in erythrocytes from cystic fibrosis patients.
(Article)
Verloo, P. Kocken, C.H. Wel, A. van der Tilly, B.C. Hogema, B.M. Sinaasappel, M. Thomas, A.W. Jonge, H.R. de |
2004-03-12
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