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Robobact

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Robobact

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    1. Robobact The appropriate automation for Re-engineering of the preanalytical phase in bacteriology laboratory

    2. Aim of microbiology lab Produce results in real time Improve laboratory service Reduction of patient hospitalization time Improve turn-around time Streamline workflow Improve preanalytical phase of testing

    3. Re-engineering of microbiology lab to improve laboratory service in terms of:

    4. Robobact system The system allows to perform colony isolation of urinary and enteric pathogens without opening the sample containers Urine Stool

    5. Robobact system Automatic instrument Set for sample collection Devices for colony isolation

    6. Coprobact & Coproset Set for sample collection and transport Device for colony isolation

    7. Safe No contact with biological sample

    9. Robobact system Appropriate automation for bacteriology lab Reduction of turn-around time 24 hours analysis work flow Improve preanalytical phase

    10. Improvement of turn-around time

    11. Comparison of the analysis time : manual vs Robobact (stool) Manual Enrichment : 18-24 h (in selenite broth) Isolation : 18-24 h (on culture media) TOTAL TIME : 48 h Robobact Enrichment : 6 h (in selenite broth) Isolation : 18 h (on Coprobact) TOTAL TIME : 24 h

    12. Evaluation of the preanalytical phase It has been found that in most of the laboratories 60% of technologists’ time is spent doing non technologist work This waste of money can be eliminated by Robobact system

    13. Examination of the preanalytical phase: reduction of sample preparation time

    14. Comparison of the operator time : manual vs Robobact Manual method The total time an operator needs to prepare 10 samples (bar coding identification, preparation of enrichment broth, streaking on two plates) is: 20 min. Robobact The total time an operator needs to prepare 10 samples (bar coding, Coproset-Coprobact assembling, placement into the instrument) is: 4,5 min.

    15. Robobact system Safe Rapid Standardized Walk away Random access

    17. Chromogenic media (for Salmonella) A characteristic of the chromogenic media (used for stools) is the inhibition of the proteus : this allows to eliminate immediately many false positive samples The use of chromogenic media furtherly reduces time for results because in only 24 h a presumptive identification of Salmonella spp can be obtained

    19. How can Robobact decrease laboratory operating cost? Streamline analysis of work flow Reduction of errors Improve turnaround time Minimize staff work

    20. 24 hours analysis work flow

    21. Reduction of errors Lab directors looking to justify automation purchases must examin how an automated system will reduce errors People repetitively doing the same work will make the same mistakes at a much higher rate than instrument or automation will

    22. Analysis cost

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