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Genetic and molecular basis of drug resistance and drug action in vivax malaria

Year:
2017
Duration:
45 months
Approved budget:
$449,999.95
Researchers:
Professor Bruce Russell
Health issue:
Infectious disease
Proposal type:
eASIA Project
Lay summary
Plasmodium vivax infects ~20 million people each year. Most of these vivax malaria cases occur in the Asia-Pacific region where more than 2 billion people are at risk of infection. Unfortunately resistance to the first line treatment for vivax malaria; (chloroquine) is rapidly spreading though South East Asia. Tools to reliably detect the spread of P. vivax chloroquine resistance (CQR) and determine its sensitivity to new therapeutics are urgently needed. In this proposal we seek to identify the genetic/molecular basis of P. vivax drug resistance in Vietnam and Cambodia. In doing so, we hope to provide novel markers for the rapid detection of CQR P. vivax and new therapies targeted at reversing CQR.