|CCL 16.10.06 Postdoc in Theoretical Chemistry - Metaloenzymes - in Prague, Czech Rep.|
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Date: Thu Oct 6 07:29:22 2016
Subject: 16.10.06 Postdoc in Theoretical Chemistry - Metaloenzymes - in Prague, Czech Rep.
Summary With support from the Czech Grant Agency (15-10279Y), Dr. Martin Srnec offers one postdoctoral fellowship for 2016-2017. The project, based on the use of large-scale multireference ab initio, DFT and other theoretical methods, aims at calculations of redox properties of biological and bio-inspired nonheme iron active sites and elucidation of their effects on reactivities and selectivities with respect to a possible design of new catalysts. Topic Iron as the most abundant redox-active metal in biology catalyzes many vital processes by performing difficult chemical reactions such as functionalization of aliphatic C-H bonds. In this proposal, we will focus on mononuclear and binuclear nonheme iron (NHFe) enzymes and their model complexes. These species are important not only due to their functions in nature but also represent challenging systems for both experimental and theoretical chemistry. From the theoretical point of view, the requirement for an accurate description of their complex electronic structures often complicates predictions of their redox potentials and related reactivities. Nowadays, a theoretical protocol that would be of great interest for the appealing possibility to reliably predict redox potentials and reactivities of important but experimentally elusive NHFe species is not yet available. Besides developing such a protocol, the results are expected to contribute to understanding of the general factors that control selective mechanisms in the realm of powerful NHFe enzymes and related bio-inspired complexes. More specifically, we offer to work on one of the following topics: i) Theoretical protocol for calculations of redox potentials of bioinorganic complexes. ii) Redox properties and reactivity of non-heme iron active sites. iii) S-adenosylmethionine-dependent enzymes and mobility of radicals in enzymes Eligibility The candidate should be highly motivated, self-driven and passionate about science and hold a PhD degree (preferably) in theoretical (physical) chemistry (or chemical physics). An experience with application of quantum-chemical methods (including multireference ab initio and QM/MM methods) to bioinorganic and metalloenzymatic complexes, their spectroscopic and catalytic properties is desirable. Good communication and collaborative spirit and fluency in spoken and written English is required. Employment Conditions The competitive salary is offered and will be based on the candidate`s qualifications and experience. Contract type: 12 months. Expected start date is preferably in January 2017 or upon agreement. The position is not associated with any teaching obligations. Application Materials Please send application (including CV, references, publications, short statement of research background/interests) by email to Dr. Martin Srnec - srnec at jh-inst.cas.cz. To obtain further information about the position please contact Dr. Martin Srnec. Representative Publications Related to the Topic. 1/ Srnec, M.; Chalupsk. J.; Kvala, M.; Rulek L. et al. J. Am. Chem. Soc., 2008, 130, 10947-10954. 2/ Srnec, M; Wong, S. D.; England, J.; Que Jr.; L.; Solomon, E. I. Proc. Nat. Acad. Sci. USA, 2012, 109, 14326-14331. 3/ Wong, S. D., Srnec, M.; Solomon, E. I et al. Nature 2013, 499, 320-323. 4/ Chalupsk, J.; Rokob, T. A.; Rulek, L.; Srnec, M. et al. J. Am. Chem. Soc. 2014, 136, 15977-15991. 5/ Bm, D.; Rulek, L.; Srnec, M. J. Phys. Chem. Lett. 2016, 7, 7-13. RNDr. Martin Srnec, PhD. 6. 10. 2016
lease send application (including CV, references, publications, short statement of research background/interests) by email to Dr. Martin Srnec at srnec at jh-inst.cas.cz. To obtain further information about the position please contact Dr. Martin Srnec. http://www.jh-inst.cas.cz/www/people.php?stav=view_detail&kod=395NOTE THAT E-MAIL ADDRESSES HAVE BEEN MODIFIED!!!
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