Bartovation in the News

This thesis study investigated the use of hydrogen peroxide vapor (HPV) to reduce Salmonella in whole black pepper. It utilized our 0-400 ppm peroxide test strip to determine the concentrations of peroxide. Treatments were tested at different temperatures and exposure times, with microbial reductions measured immediately and at two later storage points. While HPV treatment …

Read more “Bartovation’s Peroxide Test Strips Utilized in Thesis on Peroxide Vapor Inactivating Salmonella in Bioresource and Agricultural Engineering Commons University of Nebraska – Lincoln”

This study introduces a course-based undergraduate research experience called the COVID-19 and Taste Lab, designed to provide students with authentic research experience. The lab design utilizes our PTC and Control test paper strips in its design and explores the relationship between COVID-19 susceptibility and taste status (non-taster, taster, supertaster) and its potential public policy implications. …

Read more “Bartovation’s PTC and Control Test Papers Utilized in Study on Taste Differences and COVID-19 Susceptibility Published in Journal of Undergraduate Neuroscience Education”

Cold atmospheric pressure plasma (CAPP) is used in medicine, agriculture, and food processing for its antimicrobial properties, producing reactive oxygen and nitrogen species (RONS). While it can effectively treat diseases and enhances seed germination, CAPP can also cause side effects like lipid peroxidation and DNA damage. This study tries to understand these plasma interactions is …

Read more “Bartovation’s Nitrate and Nitrite test Strips Utilized in Study on Cold Atmospheric-Pressure Plasma for Nitrogen Conversion”

Pathogen transmission into zebrafish colonies is controlled through vigilant biosecurity practices. This study examined the practice is embryo surface disinfection, which often uses sodium hypochlorite. However, if sodium hypochlorite is used at an inappropriate pH, concentration, or exposure time, zebrafish embryos can experience significant mortality and morbidity. The study exposed zebrafish embryos to chlorine-containing agents …

Read more “Bartovation’s Chlorine Test Strips Utilized in Study on Surface Disinfection for Biosecurity Published in Journal of the American Association for Laboratory Animal Science”

This study focuses on the stability and effectiveness of sodium hypochlorite (bleach) solutions used in disinfecting research animal environments, aiming to balance pathogen control with cost, safety, and practicality. Research animals, particularly immunocompromised ones, are vulnerable to infections that can spread rapidly and confound studies. The study evaluated whether bleach solutions, prepared according to Oregon …

Read more “Bartovation’s Extra High-Level Chlorine Test Strips Used in Animal Care Facility Study Published in Journal of the American Association for Laboratory Animal Science”

This study explores the potential of Miller-type experiments to produce novel prebiotic compounds by increasing the complexity of chemical environments through “complex” synthesized mixtures, regassing, and extended reaction times, resulting in the formation of various biomolecules such as amino acids, peptides, fatty acids, sugars, nucleic acid bases, and nucleosides. Bartovation phosphate test strips were utilized …

Read more “Bartovation’s Phosphate Test Utilized in Study on Miller-Type Experiments on Prebiotic Chemistry Published in Life (Basel)”

This non-clinical study evaluated the effectiveness of a fast-drying method for reprocessing duodenoscopes, crucial for preventing microbial growth and biofilm formation on wet surfaces. Results showed a significant reduction in contamination levels post-drying, although one duodenoscope persisted with P. aeruginosa. The study concluded that this method effectively reduces microbial contamination in duodenoscopes, potentially lowering the …

Read more “Bartovation’s Cobalt Chloride Test Paper Utilized in Efficacy Study for a Novel Endoscope Drying Method”

This study utilized Bartovation’s humidity detection test paper to provide a real-time visual indication of the moisture content in their dressing device. This study introduces a water-powered, electronics-free dressing as a novel and cost-effective solution for treating chronic wounds. The device performed comparably to expensive biologics and electronic-based treatments, showing promise as a practical and …

Read more “Bartovation Humidity Indicator Paper Used in Electronics-Free Wound Dressings Study Published in Science Advances”

This study aimed to assess how different sanitizing conditions affect the susceptibility, biofilm formation, and pathogenicity of Listeria. Various strains were exposed to different sanitizers at varying concentrations and treatment times. Bartovation’s

In this study, Bartovation’s Chlorine Test Strips verified tap water samples had a chlorine content <10 ppm. This helped the study administrators ensure that there was minimal chlorine present in the tap water, enabling their findings to be focused on the larvicidal potential of different fruit and vegetable washes. A rise in human neuroangiostrongyliasis cases …

Read more “Bartovation’s Chlorine Test Strips Utilized in Study Analyzing Effectiveness of Fruit and Vegetable Washes Published in Parasitology”

This study evaluates the effectiveness of the Arca Aerosolized Hydrogen Peroxide (H2O2) Decontamination System for sterilizing N95 respirators, a critical need during the SARS-CoV-2 pandemic. The system’s efficacy was tested through eight trials with varying H2O2 concentrations (3% and 12%) and cycle durations. In the study, Bartovartion’s

On September 17, 2024, the Seymour Marine Discovery Center will unveil a new exhibit highlighting the role of northern elephant seals in understanding climate change. By migrating over 9,000 miles and diving to depths of up to a mile, these seals provide crucial data from otherwise inaccessible parts of the ocean. Equipped with tracking tags …

Read more “Tracking Giants: How Bartovation’s Support and Elephant Seals are Advancing Climate Solutions and Education at the Seymour Marine Discovery Center”