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Host Factors affecting Immunity to Vaccines and Infections

Our lab has an expertise in the modulation of malaria immune responses, which started with research in Blantyre, Malawi, examining the changing epidemiology of severe malaria disease. We have demonstrated that HIV infection results in alteration in the phenotype of B cells targeting malaria associated most closely with viremia and inflammation, but serologic titers are maintained. This research lends insight on the impact of chronic inflammation and immunopathogy in chronic/recurrent immune responses. We are now conducting studies to understand how this type of inflammation may affect vaccine immunity.

Key Publications

Frosch AE, Odumade OA, Taylor JJ, Ireland K, Ayodo G, Ondigo B, Narum DL, Vulule J, John CC. Decrease in numbers of naïve and resting B cells in HIV infected Kenyan adults leads to a proportional increase in total and Plasmodium falciparum-specific atypical memory B cells. J Immunol. 2017;198(12):4629-4638.

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Malhorta D, Burrack KS, Jenkins MK, Frosch AE. Antigen-specific CD4+ T Cells exhibit distinct kinetic and phenotypic patterns during primary and secondary responses to infection. Front Immunol. 2020;11:2125. PMID: 32983171.

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Key Collaborators

Kristina Burrack, PhD
Thamotharampillai Dileepan, DVM, PhD
Marc Jenkins, PhD
Bartholomew Ondigo, MSc, PhD
Justin Taylor, PhD

We aspire to conduct research that is relevant and responsive to the needs of the people most impacted. We are committed to a welcoming and inclusive environment for conducting research and providing mentorship.

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