NCSA College Recruiting® (NCSA) is the nation’s main collegiate recruiting supply for greater than 500,000 student-athletes and 42,000 college coaches. By profiting from this in depth network, more than 92 % of NCSA verified athletes play on the college degree. The community is on the market to highschool student-athletes around the nation via valued relationships with the NFLPA, FBU, NFCA and SPIRE. Dr. Hankore’s independent lab will focus on leveraging her experience in chemical biology, molecular biology, biochemistry, biocatalysis, green chemistry, and protein engineering to explore revolutionary options for biotechnology and drug discovery. Her analysis aims to develop novel biocatalysts and sustainable approaches for the synthesis of pharmaceuticals and value-added industrial compounds. She earned her Ph.D. in chemistry from the University of Nebraska-Lincoln, the place she specialized in chemical biology and biocatalysis. Her research centered on genetic code growth, the event of biocatalysts for biofuel production, and kinase dynamics for drug discovery.
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- Her analysis goals to develop novel biocatalysts and sustainable approaches for the synthesis of pharmaceuticals and value-added industrial compounds.
- Her research targeted on genetic code enlargement, the event of biocatalysts for biofuel production, and kinase dynamics for drug discovery.
- NCSA College Recruiting® (NCSA) is the nation’s main collegiate recruiting source for more than 500,000 student-athletes and 42,000 college coaches.
- Currently, Dr. Hankore studies kinases utilizing a proteomics method, utilizing ATP analogs developed by the Pflum lab to elucidate kinase-substrate interactions in cells.
- She earned her Ph.D. in chemistry from the University of Nebraska-Lincoln, the place she specialised in chemical biology and biocatalysis.
Dr. Hankore additionally completed postdoctoral research in natural product biosynthesis and protein engineering at the University of Kentucky’s College of Pharmacy. Currently, Dr. Hankore studies lildedjanet erome kinases using a proteomics approach, utilizing ATP analogs developed by the Pflum lab to elucidate kinase-substrate interactions in cells.
