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From maximising the reliability and accuracy of results to protecting the safety of personnel, sanitation is critical in the laboratory. Read on to find out more about why it’s so important and how to improve sanitation standards in laboratories of all shapes and sizes.
When developing laboratory hygiene guidelines, it’s important to understand the difference between cleaning and sanitation. The pair are similar but have some fundamental differences and each require specific products, tools and guidelines.
Here’s why sanitation in the laboratory matters:
Even the smallest traces of metals and other elements can compromise the integrity of laboratory results. This can have a domino effect and lead to more issues down the line. For example, in the food testing industry compromised results can pose a risk to public health. Preventing contamination is also critical in microbiology laboratories, where miniscule chemical, physical and microbial impurities can affect results.
“The most common biological encountered contaminates are bacteria, moulds, yeasts, viruses, mycoplasma, as well as cross contamination by other cell lines,” reads a report published in the International Journal of Research Studies in Biosciences. “To overcome the challenge numerous strategies must be daily exercised such as obtaining pure and viable cells from reputable gene banks; checking the characteristics of the culture periodically, and practicing good aseptic technique, and using antibiotics routinely.”
Good sanitation practices aren’t just about maximising the reliability and accuracy of results. They’re also designed to protect laboratory personnel. Following the COVID-19 pandemic, practices like regular handwashing and sanitation stations have become more important than ever. Clear sanitation for laboratories handling chemicals and other potentially dangerous substances form the backbone of health and safety.
Laboratories generate a significant amount of waste. This can be in the form of liquid chemicals, solid debris, biological waste, pathogens, plant material and more. Good sanitation practices should always feature in laboratory waste disposal guidelines. Waste should be identified and characterised before being placed in appropriate containers and clearly labelled. Personnel should then consult waste disposal protocols before discarding the waste. This not only prevents contamination within the laboratory but protects external environments.
If waste is harmful or infectious, it must be classified as biohazardous. Similarly, materials such as slides and petri dishes that require special handling should be disposed of with care. This also applies to sharps such as syringes, needles, razor blades and scalpels that can puncture the skin.
A one-size-fits-all approach doesn’t cut it when it comes to laboratory hygiene. Find out more about the different and highly specialised methods used to clean everything from glassware to hot plates in ‘Laboratory Hygiene - A Comprehensive Guide’.
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