Benjamin L. Miller

This paper develops a human synovial tendon-on-a-chip model to study peritendinous adhesions and test anti-fibrotic drugs, showing IL-6 inhibition reduces fibrosis and adhesion formation.

This paper introduces a dual-readout photonic biosensor that simultaneously measures enzyme activity and concentration, validated for Cathepsin-L with clinically relevant sensitivity.

This paper introduces Lambda Theta Reflectometry (LTR), a new reflectometric technique for measuring optical film thickness, and validates its accuracy using SiO2 layers.

This study shows that adding physiological flow to a human tendon-on-a-chip model increases endothelial activation and monocyte infiltration, highlighting the role of flow in immune cell interactions during inflammation.

This paper develops an enzyme-free nucleic acid test using hybridization chain reaction and paper-based filtration to detect sub pM DNA levels, mimicking in cellulo conditions for point-of-care diagnostics.