Adam Wayment
Appearances
- DateMarch 23, 2022Peptide-based catalysts offer a unique platform to perform bifunctional catalysis. However, they are somewhat limited in scope as most rely on amino acids to catalyze reactions. We envision the development of a general catalytic platform that can be used with a wide variety of catalysts…
Presenter
- : [CHED] Division of Chemical Education
Speakers
University of Nevada, RenoUniversity of Notre DameAssociate Professor, Mississippi CollegeIndiana State UniversityNortheastern UnivMuhlenberg CollegeAssociate Professor of Chemistry, Rhodes CollegeHigh Point University, High Point University, High Point, NC, US, academicUniversity of TampaPostdoctoral Research and Teaching Fellow, UNC AshevilleAssistant Professor, Lafayette CollegeMelvin Druelinger, Ph.D.Professor of Chemistry, Colorado State Univ PuebloSalt Lake Community CollegeDenison UniversitySoutheast Missouri State UniversityAllison Hurley Predecki, Ph.D.Associate Professor of Chemistry and Biochemistry, Shippensburg University of PennsylvaniaAssociate Professor, Shippensburg UniversityNorthern Kentucky UniversityTrinity UniversityCollege of the Holy CrossProvidence CollegeDavidson CollegeUSC UpstateProfessor, Eastern Oregon UniversityMichael S. Leonard, Ph.D.Professor of Chemistry, Washington & Jefferson CollegeNaresh Gunaganti, Ph.D.Associate Research Scientist, Northeastern UniversityBaljinder Singh, PhDSenior Research Scientist, Northeastern University, BostonResearch Assistant Professor, Northeastern UniversityWhitworth UniversityProfessor, Penn State Berks - : [CHED] Division of Chemical Education
Speakers
University of Nevada, RenoUniversity of Notre DameAssociate Professor, Mississippi CollegeIndiana State UniversityNortheastern UnivMuhlenberg CollegeAssociate Professor of Chemistry, Rhodes CollegeHigh Point University, High Point University, High Point, NC, US, academicUniversity of TampaPostdoctoral Research and Teaching Fellow, UNC AshevilleAssistant Professor, Lafayette CollegeMelvin Druelinger, Ph.D.Professor of Chemistry, Colorado State Univ PuebloSalt Lake Community CollegeDenison UniversitySoutheast Missouri State UniversityAllison Hurley Predecki, Ph.D.Associate Professor of Chemistry and Biochemistry, Shippensburg University of PennsylvaniaAssociate Professor, Shippensburg UniversityNorthern Kentucky UniversityTrinity UniversityCollege of the Holy CrossProvidence CollegeDavidson CollegeUSC UpstateProfessor, Eastern Oregon UniversityMichael S. Leonard, Ph.D.Professor of Chemistry, Washington & Jefferson CollegeNaresh Gunaganti, Ph.D.Associate Research Scientist, Northeastern UniversityBaljinder Singh, PhDSenior Research Scientist, Northeastern University, BostonResearch Assistant Professor, Northeastern UniversityWhitworth UniversityProfessor, Penn State Berks - : [CHED] Division of Chemical Education
Speakers
University of Nevada, RenoUniversity of Notre DameAssociate Professor, Mississippi CollegeIndiana State UniversityNortheastern UnivMuhlenberg CollegeAssociate Professor of Chemistry, Rhodes CollegeHigh Point University, High Point University, High Point, NC, US, academicUniversity of TampaPostdoctoral Research and Teaching Fellow, UNC AshevilleAssistant Professor, Lafayette CollegeMelvin Druelinger, Ph.D.Professor of Chemistry, Colorado State Univ PuebloSalt Lake Community CollegeDenison UniversitySoutheast Missouri State UniversityAllison Hurley Predecki, Ph.D.Associate Professor of Chemistry and Biochemistry, Shippensburg University of PennsylvaniaAssociate Professor, Shippensburg UniversityNorthern Kentucky UniversityTrinity UniversityCollege of the Holy CrossProvidence CollegeDavidson CollegeUSC UpstateProfessor, Eastern Oregon UniversityMichael S. Leonard, Ph.D.Professor of Chemistry, Washington & Jefferson CollegeNaresh Gunaganti, Ph.D.Associate Research Scientist, Northeastern UniversityBaljinder Singh, PhDSenior Research Scientist, Northeastern University, BostonResearch Assistant Professor, Northeastern UniversityWhitworth UniversityProfessor, Penn State Berks - DateMarch 27, 2023Peptide stapling is a method to covalently modify peptide-based drugs in order to increase their pharmacological properties. Stapling can increase proteolytic stability as well as change their solubility and permeability properties…
