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Assessment of Efficacy of Aseptic Techniques in Preventing Microbial Growth During Compounding of Sterile PreparationsLamhang, Michael, Le, Daniel, Patel, Sunny, Lee, David January 2011 (has links)
Class of 2011 Abstact / OBJECTIVES: To determine if aseptic methods prescribed by the USP 797 are effective in preventing microbial growth when compounding intravenous medication.
Sample size: 60 individual IV preparations, 20 for the control group and 20 per test group.
METHODS: Sixty agar plates were made. The IV preparations for the control group were compounded with aseptic technique: washing hands with soap and water, wearing gloves, cleaning all ports with alcohol, and working in a laminar flow hood. A syringe was used to inject the water from the vial into the IV bag. This procedure was repeated in the same manner for Group A (no use of laminar flow hood) and Group B (no swiping of the injection ports with an alcohol swab), minus the aseptic technique in question. Once all 60 IV preparations were completed, a sterile inoculation tool was used to obtain a sample from the port of the IV bag. The plates were then inoculated. RESULTS: When compared to the control group, microbial growth in Group A was not significant (p=0.14). The contamination rate for Group B was also not significant (p=0.07).
CONCLUSION: Solutions compounded using abbreviated techniques (not swabbing injection ports and not using laminar flow hood) are not more likely to be contaminated than when using all proper aseptic techniques simultaneously.
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Artificial Intelligence Based Real-Time Processing of Sterile Preparations CompoundingRehman Faridi, Shah Mohammad Hamoodur January 2020 (has links)
No description available.
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A Real-Time Computational Decision Support System for Compounded Sterile Preparations using Image Processing and Artificial Neural NetworksRegmi, Hem Kanta January 2016 (has links)
No description available.
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