Biomedical Engineering · Vol. 9, Issue 1 · pp. 178–192
A Low-Cost Design for Microfluidic Drug Screening, Tested in 664 Trials
Kurt Andersen · Kai Fenner
Thomas Jefferson High School for Science and Technology · Monta Vista High School
Abstract
This study revisits microfluidic drug screening through the lens of multi-omic analysis. Using equipment available in most teaching laboratories, we replicate and extend prior findings across 1053 experimental runs. We observe a statistically significant effect (p < 0.04) that persists across all tested conditions. We discuss limitations and outline directions for follow-up work at the undergraduate level.
Related papers in Biomedical Engineering
View all →MR-2025-0417A Low-Cost Design for 3D-Printed Vascular Scaffolds, Tested in 631 TrialsMR-2025-0405Accuracy of Optical Coherence Tomography Denoising Across 281 TrialsMR-2025-0393A Low-Cost Design for Prosthetic Grip Control, Tested in 715 TrialsMR-2025-0381A Low-Cost Design for 3D-Printed Vascular Scaffolds, Tested in 277 Trials