This ICIJ database incorporates information on more than 810,000 offshore entities which are part of the Pandora Papers, Paradise Papers, Bahamas Leaks, Panama Papers and Offshore Leaks investigations. The data cover more than 80 years up to 2020 and link to individuals and firms in more than 200 countries and territories. Her analysis aims to develop novel biocatalysts and sustainable approaches for the synthesis of prescription drugs and value-added industrial compounds. Dr. Erome Hankore is a Pathway to School Fellow in the Department of Chemistry at Wayne State College. She earned her Ph.D. in chemistry from the University of Nebraska-Lincoln, the place she specialised in chemical biology and biocatalysis.
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There are reliable uses for offshore corporations and trusts. The inclusion of a person or entity within the ICIJ Offshore Leaks Database isn’t supposed to suggest or imply that they have engaged in illegal or improper conduct. Many individuals and entities have the same or related names. We counsel you affirm the identities of any individuals or entities included in the database based mostly on addresses or other identifiable information. The knowledge comes directly from the leaked recordsdata ICIJ has acquired in connection with various investigations and every dataset encompasses an outlined time interval specified in the database.
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- Her analysis centered on genetic code expansion, the development of biocatalysts for biofuel production, and kinase dynamics for drug discovery.
- She earned her Ph.D. in chemistry from the University of Nebraska-Lincoln, the place she specialised in chemical biology and biocatalysis.
- The inclusion of a person or entity in the ICIJ Offshore Leaks Database just isn’t meant to counsel or suggest that they have engaged in unlawful or improper conduct.
- Her research goals to develop novel biocatalysts and sustainable approaches for the synthesis of pharmaceuticals and value-added industrial compounds.
Her research centered on genetic code growth, the development of biocatalysts for biofuel production, and kinase dynamics for drug discovery. Dr. Hankore also accomplished postdoctoral research in natural product biosynthesis and protein engineering at the University of Kentucky’s College of Pharmacy. At Present, Dr. Hankore studies kinases utilizing a proteomics strategy, utilizing ATP analogs developed by the Pflum lab to elucidate kinase-substrate interactions in kalani rodgers erome cells.