Ryan Martin Williams

This paper develops an optical nanosensor array to detect anthracycline chemotherapeutics in synthetic biofluids using machine learning for classification and concentration analysis.

This study evaluates aptamer and antibody-based sensors for detecting TNF-α in serum using SWCNT optical sensors, finding that modifications improve sensitivity and selectivity.

This study develops dopamine-selective aptamer-SWCNT sensors that show improved selectivity and sensitivity in complex biological media.

This study investigates the stability and endocytosis mechanisms of PEGylated polymeric mesoscale nanoparticles, finding they are dynamin- and macropinocytosis-dependent.

The paper develops a high-throughput NIR-II screening framework for SWCNT-based optical sensors, demonstrating their use in cell and in vivo applications.

This paper introduces a method to sort and functionalize single-walled carbon nanotubes (SWCNT) with antibodies using amine-functionalized DNA, enabling multiplexed cytokine sensing.

This paper develops an optical nanosensor using carbon nanotubes to rapidly detect estrogen receptor status in breast cancer biopsies with high accuracy.

This paper develops an optical cytokine nanosensor using SWCNT and IL-6-specific aptamers to detect macrophage activation by bacterial toxins with high sensitivity and rapid response.

This paper develops a noninvasive optical nanosensor-hydrogel hybrid that detects doxorubicin in live mice, showing stability and functionality over several weeks.