Small molecule inhibitors of hantavirus infection.
Academic Article
-
- Overview
-
- Research
-
- Identity
-
- Additional Document Info
-
- View All
-
Overview
abstract
-
Hantaviruses use ?(v)?(3) integrins on the surface of human host cells as a gateway to invasion, hence compounds that target this receptor may be used as antiviral agents. To accomplish this aim, new peptidomimetic compounds were selected based on similarity to a cyclic peptide known to bind the ?(v)?(3) receptor. This first round of biological screening identified peptidomimetic molecules which were effective hantavirus inhibitors in the low micromolar range, two thousand times more potent than the original cyclic peptide. Pharmacophore models were built to broaden the structural diversity of the second set of compounds screened. Structure-activity relationships (SAR) were drawn from the entire dataset. Further characterization by dose-response studies revealed that three compounds had potency in the nanomolar range. Selectivity assays with a panel of hantaviruses supported the mechanism of inhibition by targeting the ?(v)?(3) receptor, through the ?(3) integrin.Copyright © 2010. Published by Elsevier Ltd.
-
Hantaviruses use α(v)β(3) integrins on the surface of human host cells as a gateway to invasion, hence compounds that target this receptor may be used as antiviral agents. To accomplish this aim, new peptidomimetic compounds were selected based on similarity to a cyclic peptide known to bind the α(v)β(3) receptor. This first round of biological screening identified peptidomimetic molecules which were effective hantavirus inhibitors in the low micromolar range, two thousand times more potent than the original cyclic peptide. Pharmacophore models were built to broaden the structural diversity of the second set of compounds screened. Structure-activity relationships (SAR) were drawn from the entire dataset. Further characterization by dose-response studies revealed that three compounds had potency in the nanomolar range. Selectivity assays with a panel of hantaviruses supported the mechanism of inhibition by targeting the α(v)β(3) receptor, through the β(3) integrin.Copyright © 2010. Published by Elsevier Ltd.
publication date
-
December 2010
-
January 1, 2010
-
January 1, 2010
-
December 2010
published in
Research
keywords
-
Dose-Response Relationship, Drug
-
Hantavirus
-
Hantavirus Infections
-
Humans
-
Integrin alphaVbeta3
-
Integrin beta3
-
Peptides, Cyclic
-
Structure-Activity Relationship
Identity
Digital Object Identifier (DOI)
PubMed ID
Additional Document Info
start page
end page
volume
number