Publications by authors named "Gary K Kilper"

Lateral flow immunoassays (LFIs) are simple, point-of-care diagnostic devices used for detecting biological agents or other analytes of interest in a sample. LFIs are predominantly singleplex assays, interrogating one target analyte at a time. There is a need for multiplex LFI devices, e.

View Article and Find Full Text PDF

We report the successful use of colorimetric arrays to identify chemical warfare agents (CWAs). Methods were developed to interpret and analyze a 73-indicator array with an entirely automated workflow. Using a cross-validated first-nearest-neighbor algorithm for assessing detection and identification performances on 632 exposures, at 30 min postexposure we report, on average, 78% correct chemical identification, 86% correct class-level identification, and 96% correct red light/green light (agent versus non-agent) detection.

View Article and Find Full Text PDF

Synopsis of recent research by authors named "Gary K Kilper"

  • - Gary K Kilper's research primarily focuses on the development of advanced sensor technologies for the detection of biological and chemical threat agents, utilizing innovative methodologies to improve detection accuracy and efficiency.
  • - In his 2021 article, he introduced a novel multiplex lateral flow immunoassay sensor array for biothreat detection, addressing the limitations of traditional singleplex assays by enabling simultaneous analysis of multiple targets.
  • - His earlier work from 2020 showcased the effectiveness of colorimetric sensor arrays in identifying chemical warfare agents, achieving high rates of accurate identification through automated processes and advanced algorithms, demonstrating the potential for these systems in critical real-world applications.