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Enhancement of control software for a clinical pooling instrument

Project duration: 1 year, 7 months

Brief description

Clinical pooling instruments are used in laboratories to increase the throughput of samples. The new version of the control software for this clinical pooling instrument is intended to enable the customer to process multiple workflows in parallel on the instrument. This will reduce the time that laboratory assistants spend at the device. PTA provides the customer with support in modeling and specifications necessary for processing multiple workflows in parallel on one device. Modeling tools such as Enterprise Architect are used, together with the modeling standards UML and BPMN.

Supplement

PTA organizes several workshops with the international stakeholders to determine the requirements. Next, business processes (BPMN) and status diagrams (UML) are created and the requirements are documented in written form. The entire requirements package is coordinated again with the stakeholders. During the implementation phase, PTA supports the customer in processing change requests, and documenting and managing requirements.

Subject description

Samples are analyzed and tested in clinical laboratories. In laboratories for blood donation services, such as the Red Cross, in particular, very large quantities of samples are tested each day. However, as the number of reactive samples is relatively small, the aim is to make the throughput as high as possible and save costs. For this reason, multiple samples are pipetted into each sample tube. These sample tubes are called pool tubes. These contain 96 samples, for example, which are analyzed simultaneously. If all the samples in this pool tube are negative, it is possible to state that all 96 samples are OK using just one test. If at least one sample is positive, resolution tubes are requested. These sample tubes contain a different combination of 12 samples in a pool sample. Provided that the expected rate of positive test results is very small, this method increases the throughput rate in a laboratory.

Overview

Project periodProjektzeitraum01.03.2015 - 30.09.2016

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