A DNA VACCINE TO PREVENT TRANSMISSION OF HUMAN MALARIA
$349,448R01FY2002AINIH
Johns Hopkins University, Baltimore MD
Investigators
Linked publications & trials
Paper 38888098Paper 38289124Paper 35891298Paper 29132995Paper 28859956Paper 28560696Paper 27912985Paper 26851166Paper 26299750Paper 26135972Paper 26113235Paper 26079141Paper 24421036Paper 23684840Paper 20709008Paper 20188676Paper 19623257Paper 18806208Paper 18396282Paper 18316385Paper 18054817Paper 17587500Paper 17568548Paper 16552033Paper 15961575Paper 15297075Paper 14688140Paper 14688103Paper 12065539Paper 11429178Paper 11087838
Abstract
DESCRIPTION (Adapted from the Applicant's Abstract): The goal of this application is to develop a transmission blocking vaccine to Plasmodium falciparum. This vaccine is meant to induce antibodies which bind to antigens present on the surface of male and female gameites and parasites developing in the mosquito midgut. The main candidate antigen is Pfs25, a surface protein that is expressed at the onset of gametogenesis. The vaccine will be based on DNA vaccines given either alone or in a prime-boast regimen with protein vaccines.
View original record on NIH RePORTER →