Inhibiting virus-capsid assembly by altering the polymerisation pathway.

P E Prevelige
Author Information
  1. P E Prevelige: Department of Microbiology, University of Alabama at Birmingham 35294, USA.

Abstract

Virus capsids assemble through the repeated interaction of well-defined protein subunits in a highly specific process. Basic research into the mechanism of protein polymerisation and virus assembly suggest that inhibition of the protein-protein interactions necessary for assembly is a valid therapeutic strategy. Computer models of virus-capsid assembly have located vulnerable stages in assembly, and small-molecule inhibitors of virus assembly have been identified. The challenge will be identifying agents that block assembly with the required specificity.

Grants

  1. GM47980/NIGMS NIH HHS

MeSH Term

Capsid
Computer Simulation
Polymers
Thermodynamics
Virus Assembly

Chemicals

Polymers

Word Cloud

Created with Highcharts 10.0.0assemblyproteinpolymerisationvirusvirus-capsidViruscapsidsassemblerepeatedinteractionwell-definedsubunitshighlyspecificprocessBasicresearchmechanismsuggestinhibitionprotein-proteininteractionsnecessaryvalidtherapeuticstrategyComputermodelslocatedvulnerablestagessmall-moleculeinhibitorsidentifiedchallengewillidentifyingagentsblockrequiredspecificityInhibitingalteringpathway

Similar Articles

Cited By (29)