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ACS Sensors|April 24, 2025
Oxygen-Sensitive Optical Nanosensors: Current Advances and Future PerspectivesAdrian A Mendonsa, Kevin J Cash
The Analyst|August 1, 2024
The impact of zwitterionic surfactants on optode-based nanosensors <i>via</i> different fabrication approaches and sensing mechanismsAdrian A Mendonsa, Tyler Z Sodia, Kevin J Cash
ACS Sensors|August 4, 2023
Triplet-Triplet Annihilation Upconversion-Based Oxygen Sensors to Overcome the Limitation of AutofluorescenceAdrian A Mendonsa, Cassandra C Soeldner, Natalie E Mudd, et al.
ACS Sensors|July 15, 2025
Coupling Organic Ultralong Lifetime Phosphorescence Materials with Paper-Based Bioanalytical Architectures for Autofluorescence-Free SensingTyler Z Sodia, Kyra E Frank, Adrian A Mendonsa, et al.
ACS Sensors|June 3, 2024
Persistent Luminescence Nanosensors: A Generalized Optode-Based Platform for Autofluorescence-Free Sensing in Biological SystemsTyler Z Sodia, Hanna L Tetu, Samuel C Saccomano, et al.
Mikrochimica Acta|January 31, 2025
A scalable and autoclavable oxygen nanosensor platform for metabolic monitoring of Saccharomyces cerevisiae in a bioreactor and other in situ systemsSamuel C Saccomano, John M Branning, Ty J Samo, et al.
ACS Omega|May 11, 2026
Modular Europium-Based Nanosensors for the Detection of Sodium and Potassium IonsAdrian A Mendonsa, Cameron L Lyman, Logan C Ruthardt, et al.
Sensors (Basel, Switzerland)|November 1, 2012
In vivo histamine optical nanosensorsKevin J Cash, Heather A Clark
Trends in Molecular Medicine|September 28, 2010
Nanosensors and nanomaterials for monitoring glucose in diabetesKevin J Cash, Heather A Clark
Analytical Chemistry|June 18, 2013
Phosphorescent nanosensors for in vivo tracking of histamine levelsKevin J Cash, Heather A Clark
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