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Leslie Leiserowitz | |
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| Born | 1934 (age 90–91) |
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| Scientific career | |
| Fields | Chemistry,Crystallography |
Leslie Leiserowitz (Hebrew:לסלי ליזרוביץ, born 1934 inJohannesburg) is an Israeli chemist and crystallographer.
Leiserowitz studied electrical engineering at theUniversity of Cape Town with a bachelor's degree, and then worked briefly as an electrical engineer and received a master's degree in physics (X-ray crystallography, underReginald William James). In 1959 he joined the X-ray crystallography department at theWeizmann Institute under Gerhard Schmidt, a student of Dorothy Crowfoot-Hodgkin. The group at the Weizmann Institute has an international reputation in solid-state chemistry. From 1966 to 1968 he set up the organic chemistry X-ray crystallography department at the University of Heidelberg at the invitation of Heinz Staab. There he developed and installed computer programs using thedirect method of Nobel LaureatesHerbert Hauptman andJerome Karle.
Back at the Weizmann Institute, Leiserowitz worked on the synthesis of molecules for the investigation of various molecular interactions using X-ray crystallography (crystal engineering). In collaboration with Danish scientists, he also used X-ray diffraction to investigate thin molecular films with synchrotron radiation at DESY in Hamburg.
He andMeir Lahav have been working together for many years on the stereochemical control of crystal formation and growth with targeted impurities.
He is also active in malaria research, studying malaria pathogens using X-ray microscopy (fluorescence images of iron after X-ray exposure in infected red blood cells) and studying antimalarial drugs such as quinoline compounds. The malaria pathogen breaks down hemoglobin, producing a poisonous heme that docks in hemozoin crystals. Quinolines hinder the growth of the hemozoin crystals. Leiserowitz and Ronit Buller modeled the growth of the hemozoin crystals using computer simulation and found that their crystal surfaces were ideal for the docking of the quinolines. This explained the action of certain antimalarial agents and gave direction for improved drug design.[1][2]
In 1987 he received the Prelog Medal and lecture,[3] in 2002 theGregori Aminoff Prize[4] together withMeir Lahav, theIsrael Prize in 2016,[5][6] theEMET Prize in 2018[7] and theWolf Prize in Chemistry[8] in 2021 jointly withMeir Lahav. In 1997 Leiserowitz was elected to the Leopoldina.[9]
•Oral History Interview with Ute Deichmann, Jacques Loeb Centre for History and Philosophy of the Life Sciences, Ben-Gurion Universität, 2013
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