Nathan W. Hendrikse

This paper introduces a method to isolate and expand single bacteria from blood using droplet arrays, achieving faster detection than conventional blood culture.

This paper develops a patient-specific microphysiological system to predict chemoradiation response in head and neck cancer by reconstructing tumor microenvironment complexity.

The paper introduces an open microfluidic microtumor model combining top-down and bottom-up strategies to study tumor cell-ECM interactions and test anti-metastasis drugs.

This study compares bacterial growth and neutrophil behavior in exogenous and endogenous fluid microenvironments using an in vitro microfluidic assay.