Safe Laparoscopy in Low and Middle Income Countries by reducing Surgical Site Infections through Laparoscopic Instrument Cleaning



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Safe Laparoscopy in Low and Middle Income Countries by reducing Surgical Site Infections through Laparoscopic Instrument Cleaning

Publication date – Oct – 2020
Authors – Girish Malage
KeywordsCleaning, Hospital, India, laparoscopy, LMICs, rural, Surgical instruments
Open access – Yes
SpecialityGeneral surgery
World region Southern Asia
Country: India
Language – English
Submitted to the One Surgery Index on November 14, 2020 at 8:38 am

Access to safe and affordable surgery is nothing short of a basic human right and people from all walks of life are entitled to it. But, five people from resource-constrained low and middle-income countries are vulnerable and left to fend for themselves when the need for surgery is a life governing event. Inhabitants of these regions are scourged by high mortality and morbidity due to surgical infection caused by the use of unclean and unsterile surgical instruments. Reduction in infections can be achieved by using clean and sterile surgical instruments. Laparoscopy, is a promising technique of surgery developed to efficiently perform complex abdominal surgeries with the use of small and minimum incisions on the patient. Laparoscopy’s minimally invasive nature allows complex surgeries to take place without the need of an absolutely sterile operating room, although the sterility of the surgical instruments cannot be compromised. The added benefit of faster recovery from smaller wounds makes it even more desirable for this context. The Minimally Invasive Surgery and Interventional Techniques Lab of the TU Delft has initiated projects addressing the health and well-being of resource-constrained, underdeveloped communities like rural India through frugal innovation. Rural Indian hospitals are grossly underfunded, under-maintained, and understaffed. Sterile processing practices in rural India are rudimentary compared to high-income hospitals like the ones in the Netherlands. In high-income hospitals, all used surgical instruments are cleaned and sterilized in dedicated central sterile processing departments (CSSD) by highly trained and well protected sterile processing technicians. However, rural India usually employs small teams of local undertrained and semi-literate nurses to carry out every primary and ancillary duty in the hospital. The lack of dedicated CSSDs exacerbates the nurse’s workload and exposure to harmful pathogenic surgical instruments. Laparoscopic instruments developed in high-income nations are seldom designed keeping low resource contexts in mind. The geometrical complexity of instruments keeps increasing but cleaning methods in rural India have stagnated. Resource constraints are a major reason as to why proper international and national guidelines for reprocessing cannot be followed. Hence hospitals cannot guarantee 100% safe and sterile instruments as compared so standardized outcomes in high-income hospitals. In this graduation project, the distinct reprocessing journey of surgical instruments for the two diverse economic contexts were studied. A comparative analysis of both reprocessing journeys uncovered severe unsafe and unfavorable practices in rural India. Significant data and insights from the research have hence paved the way for focusing on the “Cleaning” stage of the laparoscopic instrument reprocessing journey in rural India. This MSc graduation project aims at designing a frugal solution for cleaning and repurposing laparoscopic instruments, dedicated to hospitals in rural India where the demand for laparoscopy is high but surgeries are less due to resource constraints like lack of laparoscopic instruments and repurposing devices. The involvement of an Indian nurse and laparoscopic surgeon provided first-hand information about the problems and requirements in the rural Indian context. Prototyping and testing of various cleaning setups were conducted to extract the most viable design solution. Insights from the research and testing were combined into the concept design of a frugal mechanical washer and subsequently an “Envisioned Reprocessing Journey” for rural Indian hospitals to suggest a standard protocol for keeping most of their existing infrastructure in mind. Evaluations with the Indian nurse revealed that this device could indeed be a game-changer to the existing practices of reprocessing laparoscopic instruments in rural India.

OSI Number – 20758

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