Search Results - "Saccomano, Samuel C."

A near-infrared optical nanosensor for measuring aerobic respiration in microbial systems by Saccomano, Samuel C, Cash, Kevin J

“…We developed a ratiometric oxygen-sensitive nanosensor and demonstrated application in monitoring metabolic oxygen consumption in microbial samples over time…”
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A review of chemosensors and biosensors for monitoring biofilm dynamics by Saccomano, Samuel C., Jewell, Megan P., Cash, Kevin J.

“…Biofilms form complex structures that are ubiquitous in natural environments and can cause chronic infections which are difficult to treat. While much is known…”
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Nanodiagnostics to monitor biofilm oxygen metabolism for antibiotic susceptibility testing by Jewell, Megan P, Saccomano, Samuel C, David, Alexa A, Harris, J Kirk, Zemanick, Edith T, Cash, Kevin J

“…In clinical environments, many serious antibiotic-resistant infections are caused by biofilm-forming species. This presents issues when attempting to determine…”
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Triplet–Triplet Annihilation Upconversion-Based Oxygen Sensors to Overcome the Limitation of Autofluorescence by Mendonsa, Adrian A., Soeldner, Cassandra C., Mudd, Natalie E., Saccomano, Samuel C., Cash, Kevin J.

“…Autofluorescence is one of the many challenges in bioimaging as it can mask the emission from fluorescent probes or markers, a limitation that can be overcome…”
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Sensors in a Flash! Oxygen Nanosensors for Microbial Metabolic Monitoring Synthesized by Flash Nanoprecipitation by Tien, Tony, Saccomano, Samuel C., Martin, Pilar A., Armstrong, Madeleine S., Prud’homme, Robert K., Cash, Kevin J.

“…Flash nanoprecipitation (FNP) is an efficient and scalable nanoparticle synthesis method that has not previously been applied to nanosensor fabrication…”
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Persistent Luminescence Nanosensors: A Generalized Optode-Based Platform for Autofluorescence-Free Sensing in Biological Systems by Sodia, Tyler Z., Tetu, Hanna L., Saccomano, Samuel C., Letch, Elizabeth G., Branning, John M., Mendonsa, Adrian A., Vyas, Shubham, Cash, Kevin J.

“…Fluorescent nanosensors have revolutionized diagnostics and our ability to monitor cellular dynamics. Yet, distinguishing sensor signals from autofluorescence…”
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Triplet-Triplet Annihilation Upconversion Based Oxygen Sensor to Overcome the Limitation of Autofluorescence by Mendonsa, Adrian A., Soeldner, Cassandra C., Mudd, Natalie E., Saccomano, Samuel C., Cash, Kevin J.

“…Autofluorescence is one of the many challenges in bioimaging, as it can mask the emission from fluorescent probes or markers – a limitation that can be…”
Get full text