Author: "L. M. Ruiz" / Journal: chemotherapy - Searchworks@Jio Institute Digital Library Search Results

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Start Over Author "L. M. Ruiz" Journal chemotherapy

Author: L. M. Ruiz-Perez, Antonio Osuna, Juan-Ignacio Rodriguez-Santiago, Jean-Pierre Galy, A.-M. Galy, Francisco Gamarro, Geneviève Giovannangeli, Jean-Claude Soyfer, Jacques Barbe, Santiago Castanys, and Derek Sharples
Subjects: Pharmacology, biology, Acridine derivatives, General Medicine, biology.organism_classification, Antiparasitic agent, In vitro, chemistry.chemical_compound, Antiprotozoal Agent, Infectious Diseases, Oncology, chemistry, Biochemistry, parasitic diseases, Drug Discovery, Acridine, Protozoa, heterocyclic compounds, Pharmacology (medical), Trypanosoma cruzi
Abstract: Some acridine compounds referred to as 9-imino, 9-oxo and 9-thio derivatives were screened for activity against Trypanosoma cruzi in vitro. The results are discussed here with refer
Published: 1988
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Author: Juan Ignacio Rodriguez-Santiago, Santiago Castanys, L. M. Ruiz-Perez, Antonio Osuna, Jean-Claude Soyfer, A.-M. Galy, Geneviève Giovannangeli, Jean-Pierre Galy, Francisco Gamarro, and Jacques Barbe
Subjects: Pharmacology, biology, Acanthamoeba species, Acridine derivatives, General Medicine, biology.organism_classification, Naegleria, In vitro, Microbiology, Acanthamoeba, Minimum inhibitory concentration, Infectious Diseases, Oncology, Drug Discovery, Protozoa, Structure–activity relationship, Pharmacology (medical)
Abstract: In vitro antiamebic activity of selected acridine derivatives has been investigated against Naegleria and Acanthamoeba species. The most active compounds belong to the 9-thioacridanone and the 1,2,3,4-tetrahydro-9-thioacridanone series. In addition, some structure-activity relationships are proposed.
Published: 1987
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Author: A, Osuna, J I, Rodriguez-Santiago, L M, Ruiz-Perez, F, Gamarro, S, Castanys, G, Giovannangeli, A M, Galy, J P, Galy, J C, Soyfer, and J, Barbe
Subjects: Chemistry, Structure-Activity Relationship, Chemical Phenomena, Acridines, Microbial Sensitivity Tests, Amoeba
Abstract: In vitro antiamebic activity of selected acridine derivatives has been investigated against Naegleria and Acanthamoeba species. The most active compounds belong to the 9-thioacridanone and the 1,2,3,4-tetrahydro-9-thioacridanone series. In addition, some structure-activity relationships are proposed.
Published: 1987

Author: Gila Ben-Gigi, Jerome Etienne, F. Mignini, U. Ecari, R. Bowden, Tadashi Kurata, L. M. Ruiz-Perez, Geneviève Giovannangeli, Roy Cleeland, M.P. Ruffilli, P. Vicart, Jean-Pierre Galy, A. Meulemans, H. Gulden, Walter H. Traub, Francisco Gamarro, Steven L. Berk, Navnit H. Shah, Marlene Spohr, Itzhack Polacheck, M. Vulpillat, Jean Fleurette, Markus Ollert, Yael Eilam, G. Ofosu, Mary Jones, Jean-François Blanchon, Michelle Coulet, Antonio Osuna, Charanjit R. Behl, Karl-Heinz Kohl, Françoise Demoux, E. Vanek, J. Mohler, Joel Unowsky, Shirley Holtsclaw-Berk, Harald Niederauer, G. Wiese, Salvador Alvarez, Carolyn M. McGarry, S. Ripa, Alan B. Weitberg, Jacques L. Tossounian, Osamu Okazaki, E. Kurrle, Santiago Castanys, G. Beskid, Jean-Claude Soyfer, L. Ferrante, Derek Sharples, A.-M. Galy, Y. Brun, Hans Christian Korting, Juan-Ignacio Rodriguez-Santiago, W. Kern, Jo Ann Siebelist, Jacques Barbe, and Haruo Tachizawa
Subjects: Pharmacology, Infectious Diseases, Oncology, Drug Discovery, Pharmacology (medical), General Medicine
Published: 1988
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