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TÍTULO: Activating the p53 anti-cancer pathway by targeting the MDM2/MDMX dimer interface with short peptide segments: a computational peptide design experiment
AUTORES: ElSawy, KM; Alminderej, FM; Verma, CS; Caves, LSD;
PUBLICAÇÃO: 2022, FONTE: Molecular Systems Design and Engineering
INDEXADO EM: Scopus
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TÍTULO: Activating the p53 anti-cancer pathway by targeting the MDM2/MDMX dimer interface with short peptide segments: a computational peptide design experiment
AUTORES: Elsawy, Karim M.; Alminderej, Fahad M.; Verma, Chandra S.; Caves, Leo S. D.;
PUBLICAÇÃO: 2022, FONTE: MOLECULAR SYSTEMS DESIGN & ENGINEERING
INDEXADO EM: WOS
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TÍTULO: Design of peptide-based coronavirus inhibitors that target disruption of 3CLpro protease self-association
AUTORES: ElSawy, Karim M.; Alminderej, Fahad M.; Caves, Leo S. D.;
PUBLICAÇÃO: 2022, FONTE: MOLECULAR SYSTEMS DESIGN & ENGINEERING
INDEXADO EM: Scopus WOS
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TÍTULO: Disruption of 3CLpro protease self-association by short peptides as a potential route to broad spectrum coronavirus
AUTORES: ElSawy, KM; Alminderej, FM; Caves, LSD;
PUBLICAÇÃO: 2021, FONTE: Journal of Biomolecular Structure and Dynamics
INDEXADO EM: Scopus