Miele, Adriana-Erica, 19..-....
Adriana E. Miele researcher
VIAF ID: 313566700 ( Personal )
Permalink: http://viaf.org/viaf/313566700
Preferred Forms
4xx's: Alternate Name Forms (3)
Works
Title | Sources |
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Analysis and modeling of the surface plasmon resonance of a model membrane formed by supported liposomes for the study of biomolecular interaction. | |
Functional and structural studies of two retroviral proteins of therapeutic interest : the HTLV Tax protein and the FIV capsid protein. | |
Functional and structural study of type II DNA topoisomerases and their post-translational modifications. | |
Intrinsic disorder and analysis of extracellular interaction networks : from proteins and polysaccharides to host-Leishmania interactions. | |
Molecular and structural study of Porcin Endogenous RetroVirus integrase and its human cellular cofactor Brd2, for the prevention of retroviral xenozoonosis. | |
Molecular recognition of ubiquitin and Lysine 63 linked diubiquitin by STAM2 : the effect of the linkers length and flexibility | |
New approach based on molecular dynamics and NMR to study and optimize new inhibitors of human peroxiredoxins involved in ischemic strokes. | |
New electrochemical methods for the screening of transketolases inhibitors. | |
Nouvelle approche basée sur la dynamique moléculaire et la RMN pour l'étude et l'optimisation de nouveaux inhibiteurs de peroxyrédoxines humaines, impliquées dans les chocs ischémiques | |
Nouvelles méthodes électrochimiques pour le criblage d'inhibiteurs de transcétolases | |
Plasmodium vivax et Plasmodium knowlesi en Indonésie | |
La reconnaissance de l'ubiquitine et de la diubiquitine Lysine 63 par la protéine STAM2 : l'effet de la longueur et de la flexibilité des linkers. | |
Structural and functional characterization of phospholipases D. | |
Structural study of Feline Immunodeficiency Virus capsid protein for therapeutic purposes. | |
Structural study of the ABC transporter « Bacillus subtilis multidrug resistance ATP » and characterization of the amphipathic belt wrapping membrane proteins | |
Structure-function-activity relationship studies on enzymes from Plasmodium falciparum : towards the design and synthesis of new anti-malaria drugs. |