tomas vojkovsky
Senior Scientist at Intezyne Technologies- Claim this Profile
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Experience
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Intezyne Technologies
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United States
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Biotechnology
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1 - 100 Employee
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Senior Scientist
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Jun 2011 - Feb 2016
Proposed and synthesized polymers for targeted drug delivery. Invented API manufacture process for IT-139 (BOLD-100) and optimized it on a pilot scale, transferred the technology to a GMP partner. Developed new methods for preparation of heterofunctionalized PEGs, by EO anionic polymerization on a kilo scale Proposed and synthesized polymers for targeted drug delivery. Invented API manufacture process for IT-139 (BOLD-100) and optimized it on a pilot scale, transferred the technology to a GMP partner. Developed new methods for preparation of heterofunctionalized PEGs, by EO anionic polymerization on a kilo scale
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Johns Hopkins University
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United States
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Hospitals and Health Care
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1 - 100 Employee
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research specialist
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May 2010 - Jan 2011
SAR optimization of neuroprotective kinase inhibitors, for treatment of glaucoma SAR optimization of neuroprotective kinase inhibitors, for treatment of glaucoma
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sr. associate scientist
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Jun 2004 - Dec 2009
SAR-optimization of kinase inhibitors for treatment of neurodegeneration, cancer, glaucoma and inflammation (ROCK, Jnk, VEGF + PDGF, p38, Src projects). Process methodology development and scale up of key building blocks SAR-optimization of kinase inhibitors for treatment of neurodegeneration, cancer, glaucoma and inflammation (ROCK, Jnk, VEGF + PDGF, p38, Src projects). Process methodology development and scale up of key building blocks
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sr. associate
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Sep 2003 - Apr 2004
A late-stage optimization of factor VIIa parenteral anticoagulants: Synthesis and selection of a preclinical candidate and its scale-up, a process route optimization A late-stage optimization of factor VIIa parenteral anticoagulants: Synthesis and selection of a preclinical candidate and its scale-up, a process route optimization
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sr. associate
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Sep 2000 - Aug 2003
Development of SU 14813 (currently a phase II Sutent follow up with improved PK properties). Discovery of a novel class of highly selective low-nM low-molecular weight inhibitors of c-Met kinase. Development of SU 14813 (currently a phase II Sutent follow up with improved PK properties). Discovery of a novel class of highly selective low-nM low-molecular weight inhibitors of c-Met kinase.
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Sanofi-Aventis
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France
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Pharmaceutical Manufacturing
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1 - 100 Employee
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associate chemist
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Dec 1993 - May 1997
Application of organic reactions in parallel synthesis - Discovery of novel acyliminium tandem cyclizations on solid phase Application of organic reactions in parallel synthesis - Discovery of novel acyliminium tandem cyclizations on solid phase
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Institute of Organic Chemistry and Biochemistry, Academy of Sciences of the Czech Republic
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Czechia
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Research Services
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300 - 400 Employee
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research assistant
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Oct 1992 - Nov 1993
Solid-phase synthesis, peptide phosphorylation, combinatorial chemistry methodology Solid-phase synthesis, peptide phosphorylation, combinatorial chemistry methodology
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Education
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Harvard University
MS, Chemistry -
Charles University in Prague
Diploma (Mgr), synthetic organic chemistry