David Juncker Lab

nd their use for biomarker discovery and early diagnosis of disease such as cancer; (ii) self-powered lab-on-a-chip for diagnostics at the point-of-care and low-cost thread-based devices for use in global health applications; (iii) microfluidic probes for brain slice perfusion and single cell manipulation; (iv) and nanogradients for studying neuronal cell navigation. Our research is highly collaborative, and our lab is totally transdisciplinary with undergraduate, graduate students, post-doctoral fellows and staff from all areas of Science and Engineering.