Ayokunle O. Olanrewaju

The paper models and validates the layer widths of co-flows in open-capillary trigger valve systems using geometric parameters and experimental validation.

This paper introduces an optimized PERT assay for sensitive and quantitative detection of HIV viral load and phenotypic drug resistance, meeting WHO requirements and enabling faster, more accessible testing.

This paper develops a CRISPR-based assay, REACTR, to measure ganciclovir triphosphate levels in blood samples, showing strong correlation with LC-MS/MS results.

The paper introduces homeRNAmax, an improved blood collection and RNA stabilization platform for remote transcriptomic studies, showing it produces high-quality RNA samples and is user-friendly.

This study evaluates how print orientation affects surface texture and capillary-driven flow in laser SLA-printed microchannels, finding that surface tortuosity, not roughness, better predicts flow behavior.

The paper develops a rapid CRISPR-Cas12a-based assay to measure HIV drug levels, showing it can detect clinically relevant concentrations in complex samples.

The paper introduces the CandyCollect O2C microfluidic system to automate antigen elution for rapid detection of group A streptococcus, showing comparable or better results than manual methods.

This paper demonstrates the implementation of trigger valves in open-channel microfluidic systems and develops a model to describe their flow dynamics.

This paper introduces 3D-printed microfluidic phaseguides and self-coalescence modules for instrument-free liquid handling, demonstrating scalable and customizable designs for reagent reconstitution and fluid control.

This paper compares LCD and DLP 3D printers for microfluidic fabrication, finding LCD printers are cheaper with comparable accuracy to more expensive DLP printers.

The paper introduces a rapid, portable assay called REACT to measure NNRTIs for HIV treatment and prevention, showing high accuracy in both buffer and plasma samples.