Free up FTE resource in your microbiology laboratory and put their time toward more meaningful activities with the Clever Culture Systems APAS® Independence instrument, distributed exclusively in the U.S. and Europe by Thermo Fisher Scientific.
The APAS Independence is an innovative in vitro diagnostic instrument for automated imaging, analysis and interpretation of agar culture plates (see FAQs below for details). It utilizes the breakthrough Automated Plate Assessment System (APAS) imaging technology and artificial intelligence algorithms to analyze an image of agar plates, categorizing them as:
By automatically releasing negative results and removing them from the workflow, it delivers reliable and consistent results three times faster than a highly skilled microbiologist*. Being able to triage these out of the workflow provides significant efficiencies in time and focuses skilled staff on more complex tasks that require their expertise.1
* Based on a timing study conducted in June 2016 at St. Vincent’s hospital in Melbourne, Australia.
Provides accurate results: intelligent imaging and machine learning for consistent, quality results
Delivers immediate gains: minimal installation and training required
New York State’s Albany Medical Center microbiology laboratory recently adopted the APAS Independence instrument as part of a drive to meet an anticipated increase in urine cultures. In doing so, they cut the number of plates requiring hands-on reading and interpretation by a third and reduced the turnaround time for negative samples by two hours per test.
Read our latest case study, The APAS Independence instrument: Ticking all the boxes for accurate, practical, time-saving microbiology automation, as Mary George, Ph.D., D. (ABMM) and the director of Albany’s microbiology lab, explains how the APAS instrument met every one of the team’s needs, from accuracy and budgetary, to ease of use and implementation.
Take a look at our new case study spotlighting the experiences of Hennepin County Medical Center in Minneapolis, as Jacqueline Getty, Microbiology Technologist, discusses the studies and data sets that they’ve generated, and how the APAS instrument has transformed their workflow.
"[It] equates to significant additional time for the tech to focus on other tasks, whether that be getting to clinically relevant cultures sooner, starting downstream workups earlier, or tackling some of the other tasks in laboratoryl"
Artificial intelligence (Al) holds the key to many of the microbiology field's biggest challenges, by streamlining workflows and freeing up microbiologists to concentrate on higher value activities. Yet despite the technology being ubiquitous in many areas of our everyday lives, laboratories have been slow to adopt it.
In our new SmartNote, New perspectives on the automated lab: The productivity boosting potential of plate reading Al, we explore how Al and machine learning (ML) are transforming the way microbiologists screen culture media plates and how new technologies like the APAS Independence instrument are helping to unleash the lab Al revolution.
Laboratory automation in microbiology: Accelerating the impact through AI and digital imaging
See the workshop from ASM Microbe 2022, featuring presentations from:
Automated Plate Assessment System
The APAS technology is based on an intelligent imaging system using proprietary machine learning algorithms.
Currently, the APAS Independence Urine module is FDA cleared for clinical diagnostic use with Thermo Scientific™ Blood Agar (TSA with Sheep Blood) R01200 & R01202 and Thermo Scientific™ MacConkey Agar R01550 & R01552. The APAS Independence MRSA module is FDA cleared for clinical diagnostic use with Thermo Scientific™ Spectra™ MRSA Agar R01821 & R01822, as well as Beckton Dickson BBL™ CHROMagar™ MRSA II agar.
The APAS Independence has a modest footprint of 78.74” x 31.5” x 62.99” (L x W x H) – the instrument is floor standing and requires no bench space.
The APAS Independence does not require any specific streaking or culturing method. Laboratories can continue to use their current automated or manual workflow.
The APAS Independence does not require any specific streaking or culturing method. Laboratories can continue to use their current automated or manual system.
No, the APAS Independence does not incubate plates. The APAS Independence does not require specific incubators so laboratories can continue to use their current methods of incubation.
The APAS Independence does not require specific incubators.
The APAS Independence processes a minimum 200 plates per hour.
Yes, the instrument saves the images for 45 days from reading. The images can be viewed on a web browser and can be easily exported.
The APAS Independence is designed to integrate with any workflow by quickly and accurately identifying, interpreting and reporting negative cultures on your prepared culture media plates. This empowers clinicians and enables your microbiologists and other skilled staff to focus on more complex tasks that require their expertise.
Products are distributed in the U.S. and Europe so uses, applications, and availability of product in each country depend on local regulatory marketing authorization status. © 2021 Thermo Fisher Scientific Inc. All rights reserved. Clever Culture Systems is the legal manufacturer of the APAS® Independence instrument. APAS® is a trademark of Clever Culture Systems. BBL is a trademark of Becton, Dickinson and Company. CHROMagar is a trademark of Dr A. Rambac. All other trademarks are the property of Thermo Fisher Scientific and its subsidiaries. The APAS® Independence is distributed in the U.S. and Europe by Thermo Fisher Scientific.