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Warszycki, Dawid
2018
Praca doktorska
G Protein–Coupled Receptors are the largest family of membrane proteins with over 800 members expressed in humans. Class A (rhodopsin-like) GPCRs is the largest and the best known subfamily with numerous important pharmacological targets (playing a key role, e.g., in the etiology and treatment of the nervous system diseases). Especially interesting for medicinal chemistry are serotonin receptors. This thesis presents an in silico methodologies improving the search for new serotonin receptor ligands, covering four areas of computer-aided drug design: pharmacophore mapping, homology modeling, bioisosteric replacement and fingerprint reduction.Computational methods are undeniably an essential phase in the process of designing the new drugs. The methods described in this thesis create not only new perspectives in the search for the new serotonin receptors ligands, but can be expanded to any other biological target.
Kraków
2 - studia doktoranckie
farmacja
Wydział Farmaceutyczny
Bojarski, Andrzej J.
2017
oai:dl.cm-uj.krakow.pl:4219
ZB-127766
pol; eng
tylko w bibliotece
14 mar 2023
16 mar 2018
74
0
http://dl.cm-uj.krakow.pl:8080/publication/4220
RDF
OAI-PMH
Bucki, Adam
Gawalska, Alicja
Wiśniowska, Barbara
Jamrozik, Marek Andrzej
Styl cytowania: chicago-author-date iso690-author-date
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