MRSA Analysis Module

Comparison of the automated plate assessment system (APAS) to manual plate reading of surveillance screening cultures and clinical urine cultures – a diagnostic study

by Naz Haidari|04 October 202204 October 2022|APAS Independence, Conference Posters, Infection Control, MRSA Analysis Module, Scientific Publications, Urine Analysis Module, VRE Analysis Module

The LADR Zentrallabor Dr. Kramer & Kollegen, a laboratory in Geesthacht, Germany presented their evaluation of the APAS technology for both Infection Control (MRSA and VRE screening) and Urine screening applications at DGHM 2022 in Berlin.

Comparison of the APAS Independence Automated Plate Reader System with the Manual Standard of Care for Processing Urine Culture Specimens

by Naz Haidari|23 August 202223 August 2022|APAS Independence, Infection Control, MRSA Analysis Module, Peer Reviewed Publications, Scientific Publications, Urine Analysis Module

This study evaluated the APAS Independence automated plate reader system and compared it to the laboratory's manual standard of care (SOC) for processing urine cultures.

Microbiology 2.0 – A “behind the scenes” consideration for artificial intelligence applications for interpretive culture plate reading in routine diagnostic laboratories

by Naz Haidari|17 August 202217 August 2022|APAS Independence, Infection Control, MRSA Analysis Module, Peer Reviewed Publications, Scientific Publications, Urine Analysis Module

Laboratory automation with Artificial Intelligence (AI) features have now emerged into routine diagnostic clinical use to interpret growth on agar plates.

Impact of an Automated Plate Reader for MRSA and Urine Chromogenic Culture Plates

by Naz Haidari|25 July 202225 July 2022|APAS Independence, Conference Posters, Infection Control, MRSA Analysis Module, Urine Analysis Module

The low prevalence (~1% in UK) of MRSA colonisation means much time is spent reading and reporting negative culture plates. Similarly, a large proportion of urine cultures yield no significant bacterial growth. As such, a large amount of scientist time...

Evaluation of the APAS Independence with Thermo Fisher Brilliance MRSA Analysis Module at NHS William Harvey Hospital

by admin|27 April 202227 April 2022|APAS Independence, Conference Posters, MRSA Analysis Module

Screening of MRSA samples in routine microbiology is an important service to assist with infection control surveillance.

Comparison of an Automated Plate Assessment System and Artificial Intelligence (AI) to manual Plate Reading of Methicillin-resistant and Methicillin-susceptible Staphylococcus aureus Chromagar Surveillance Cultures

by Naz Haidari|14 September 202126 October 2021|APAS Independence, Infection Control, MRSA Analysis Module, Peer Reviewed Publications, Scientific Publications

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Evaluation of an automated culture plate reading instrument for MRSA culture screening

by Anton|13 July 202116 July 2021|APAS Independence, Conference Posters, MRSA Analysis Module

Screening for MRSA colonisation is a routine task in the microbiology laboratory, with the standard method being culture on chromogenic media.

Validation of APAS Independence (CCS) AI-Algorithms to detect MRSA in a routine setup

by Anton|13 July 202113 July 2021|APAS Independence, Conference Posters, MRSA Analysis Module

Culture-based MRSA screening is an important part of infection control in everyday clinical practice where fast and reliable results are essential.

Introduction and use of an AI imaging device (APAS® Independence) to autoverify Urine cultures – Presented by Dr Glen Hansen

by Anton|13 July 202114 July 2021|APAS Independence, Conference Posters, MRSA Analysis Module

Screening for MRSA colonisation is a routine task in the microbiology laboratory, with the standard method being culture on chromogenic media.

Comparison of MRSA plate reading methods: APAS® Independence (Artificial Intelligence), plate-in-hand and Kiestra™ (digital reads)

by Anton|13 July 202113 July 2021|APAS Independence, Conference Posters, MRSA Analysis Module

Automated systems have emerged to facilitate the interpretation of bacteriology culture with and without artificial intelligence (AI).

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MRSA Analysis Module

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