308 結果
学術研究
ASM
2019
Digital detection and the use of Artificial Intelligence to detect Group A Streptococcus using a chromogenic agar
Cynthia C. Keyak, MT (ASCP), SSGB
学術研究
ASM
2019
Clinical performance of the WASPLab® AI/IA-PhenoMATRIX™ software in detection of GBS from LIM-enriched cultures plated to CHROMID® strepto B Chromogenic media
Karen Timm, Justin Baker, Karissa Culbreath
学術研究
Front. Cell. Infect. Microbiol.
2019
Automated Incubation and Digital Image Analysis of Chromogenic Media Using Copan WASPLab® Enables Rapid Detection of Vancomycin-Resistant Enterococcus
Abdessalam Cherkaoui1, Gesuele Renzi1, Yannick Charretier, Dominique S. Blanc, Nicolas Vuilleumier
and Jacques Schrenzel
学術研究
J Clin Microbiol
2019
Automated Detection of Streptococcus pyogenes pharyngitis using Colorex Strep A CHROMagar and WASPLab® Artificial Intelligence Chromogenic Detection Module Software
Tam T. Vana, Kenneth Mata, Jennifer Dien Bard, Department of Pathology, Harbor-UCLA
学術研究
J Clin Microbiol
2019
Evaluation of WASPLab® Software To Automatically Read chromID CPS Elite Agar for Reporting of Urine Cultures
Matthew L. Faron,Blake W. Buchan,Hasan Samra,Nathan A. Ledeboera
学術研究
ECCMID
2019
Validation of image analysis software for automatic screening of all Carbapenemase-Producing Enterobacteriaceae
Vittorio Sambri, Maria Federica Pedna
学術研究
ECCMID
2019
Can image analysis automatically screen for Streptococcus agalactiae in specimens collected from pregnant women?
J. Steenbergen
学術研究
IBMS
2019
Segregation and WASPLab® automation impact on MRSA screening at LTHT
Humaira Hussain, Deena Snape
学術研究
J Clin Microbiol
2020
Evaluation of the WASPLab® Segregation Software to Automatically Analyze Urine Cultures using Routine Blood and MacConkey Agars
Matthew L. Faron, Blake W. Buchan, Ryan F. Relich, James Clark, and Nathan A. Ledeboer
学術研究
ASM
2019
Use of Copan’s WASPLab® PhenoMATRIX™ Artificial Intelligence to Improve the Efficiency of Urine Culture Interpretation
Susan M. Poutanen, Jessica Bourke, Pauline Lo, Karen Pike, Katherine Wong, Tony Mazzulli
学術研究
Journal of Clinical Microbiology
2011
Comparison of Automated Processing of Flocked Swabs with Manual Processing of Fiber Swabs for Detection of Nasal Carriage of Staphylococcus aureus
Gillian Jones, Roger Matthews, Richard Cunningham and Peter Jenks
学術研究
Journal of Clinical Microbiology
2013
Comparison of Five Media for Detection of Extended-Spectrum Beta Lactamase by Use of WASP® Instrument for Automated Specimen Processing
P. Grohs, B. Tillecovidin, A. Caumont-Prim, E. Carbonnelle, N. Day, I. Podglajen and L. Gutmann
学術研究
ASM
2018
Evaluating WASPLab® against manual processing for infection control screening swabs – An Australian perspective
Catherine WRIGHT
学術研究
ECCMID
2016
Accelerated Time-to-Diagnosis by Automated Processing of Positive Blood Cultures on Copan WASPLab®
Marion Jetter, Martina Marchesi, Peter M. Keller, Michael Hombach
学術研究
ECCMID
2017
Evaluation of the Copan BC+™ for the Automated Management of Positive Blood Cultures: Microscope Slides and Subcultures Preparation
Bielli A., Lepera V., Oggioni M., Lacchini C., Lombardi G., Vismara C.
学術研究
ECCMID
2017
Implementation of Copan FecalSwab™ and Copan Selenite™ on WASP® for the Automated Processing of Stool Specimens
Ann Lemmens, Truus Goegebuer, and Luc Hendrickx
学術研究
ECCMID
2018
Microbiology meets molecular diagnostics evolving in flexible sample to result workflow
A. Giambra, S. Allibardi, S. Rizzo, M. Enrietto, A. Vinelli, M. Castro, F. Gorreta
学術研究
Diagn Microbiol Infect Dis
2019
Evaluating the preservation and isolation of stool pathogens using the COPAN FecalSwab™ transport system and walk-away specimen processor
Goneau LW, Mazzulli A, Trimi X, Cabrera A, Lo P, Mazzulli T
学術研究
FIDSSA
2015
A Comparative Evaluation of Automated (Copan WASP®) Versus Manual Methods for Plate Streaking and Specimen Processing
Preneshni Naicker, Keithea Mentoor, Clive Misland, V. Mischka Moodley, Pascal Musoni,
Chad Centner, Clinton Moodley, Janet Scholtz, Mark Nicol
Scientific Study
ECCMID
2016
