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Rate of Splashes When Opening Microfuge Tubes with Various Methods.

Henry L WynekenAudrey A CerlesKelly N KimChristine HerenEmma J ReuterColin McCartyKaylin ChenSean DalyLauren GhermanIqra ImranAlannah MillerCaitlin WrinnAndrea ValladaresAdam E J FlemingRebecca RobertsRocco Casagrande
Published in: Applied biosafety : journal of the American Biological Safety Association (2023)
All tube opening methods we studied frequently caused splashes, with the OH method being the most error-prone but no two-handed method being clearly superior to any other. In addition to posing an exposure risk to laboratory personnel, experimental repeatability may be affected due to loss of volume when using snap-cap tubes. The rate of splashes underscores the importance of secondary containment, personal protective equipment, and good protocols for decontamination. When working with especially hazardous materials, alternatives to snap-cap tubes (such as screw cap tubes) should be strongly considered. Future studies can examine other methods of opening snap-cap tubes to determine whether a truly safe method exists.
Keyphrases
  • current status
  • solid state