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Chimeric SHIV Gag Proteins Optimize T-Cell Response Against HIV Gag
Case ID:
TAB-1698
Web Published:
12/6/2022
HIV Gag has been included in nearly all HIV vaccines entering clinical trials because of its importance in SIV models and its correlation with protection in HIV-infected long-term non-progressors. However, HIV Gag has proven less immunogenic than Env in phase I clinical trial studies. Through sequence comparison, two regions in HIV Gag have been identified as contributing to the decreased immunogenicity observed for HIV Gag. Replacement of these regions with corresponding SIV sequences significantly increased the resulting T-cell response to HIV Gag in mice. Utilization of these chimera in an HIV vaccine could significantly enhance the overall immunogenicity of the vaccine.
Patent Information:
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Direct Link:
https://canberra-ip.technologypublisher.com/tech/Chimeric_SHIV_Gag_Proteins_O ptimize_T-Cell_Response_Against_HIV_Gag
Keywords:
Against
Cell
chimeric
DC5AXX
DC5XXX
DCXXXX
Development
Duke DNA Project
DXXXXX
Filovirus
GAG
HIV
HIV/SIV
Infection
Optimize
PREVENTIVE
primate
proteins
Responses
T
Vaccine
Vaccine-Induced
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For Information, Contact:
Dianca Finch
Technology Transfer
NIH Technology Transfer
240-669-5503
dianca.finch@nih.gov