Systems Immunology / Multi-Omics

Connecting early immune signals to later antibody trajectories.

DynPertBoost: an unpublished temporal, multi-horizon ensemble framework for pertussis vaccination response.
Unpublished research Question → model → evidence
Conceptual DynPertBoost workflow integrating early cytokine, gene-expression and antibody observations to predict antibody responses across later time horizons.

Conceptual illustration of DynPertBoost: early multi-omics observations inform predictions of antibody responses at later time horizons.

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The Question

Can early cytokine and gene-expression patterns predict vaccine-induced antibody responses at later timepoints?

My Contribution

Built multi-horizon ensemble integrating cytokine, transcriptomic, and antibody data.

What the record shows

This unpublished work investigates the predictive utility of early-stage multi-omics integration in vaccine response forecasting.

What this does—and does not—establish

Identifies predictive biomarkers but does not directly prove mechanistic causality without further biological validation.

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