Nicole Griffin-Gatchalian
Papers
1
Total Citations
11
H-Index
1
About
Nicole Griffin-Gatchalian’s research focuses on environmental microbiology, biodefense, and decontamination technologies, with a particular emphasis on surface sampling methods for biological threat agents. Her most cited work, “Evaluation of Surface Sampling for *Bacillus* Spores Using Commercially Available Cleaning Robots” (2013, 11 citations), pioneered the assessment of household robotic cleaners—including vacuum, wet-wipe, and wet-vacuum models—for recovering aerosol-deposited *Bacillus atrophaeus* spores from indoor surfaces. This study provided critical insights into the efficacy of automated cleaning systems in biosecurity contexts, demonstrating that robot-based sampling could offer reproducible, low-labor alternatives to manual methods. By systematically comparing five commercial robots across diverse material surfaces, Griffin-Gatchalian’s work directly informed protocols for post-incident environmental monitoring and hazard mitigation. Her contributions bridge practical robotics and public health preparedness, offering scalable solutions for detecting and containing biological contaminants. Though her citation count reflects focused technical impact, the study’s relevance to biodefense, hospital hygiene, and disaster response underscores its enduring value for researchers developing autonomous sampling strategies against persistent spore-forming pathogens.
Research Focus
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Top Papers
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