Pipette Shop

Part 10 of the pipette standard focuses on user requirements, mandating staff training and the documentation of their competence to operate within defined tolerance ranges. The required tolerance range is determined by the level of accuracy necessary for specific laboratory applications. Users must provide evidence of their proficiency and training status. This training is essential for compliance.

Cell culture contamination refers to the unintended introduction of microorganisms such as bacteria, fungi, or viruses into a cell culture environment. Additionally, cross-contamination from other cell lines can significantly compromise experimental results. To mitigate these risks, it is crucial to adhere to strict aseptic techniques, use high-quality reagents, and implement regular monitoring protocols. Effective cleaning and disinfection practices, including the utilisation of appropriate disinfectants and sterilisation methods, are essential in maintaining a sterile workspace. Furthermore, thoughtful laboratory design options, such as the integration of biosafety cabinets, HEPA-filtered air systems, and designated clean areas, can further reduce the likelihood of contamination. This seminar will provide comprehensive insights and practical recommendations to help ensure the integrity and reliability of cell culture experiments.

This seminar focuses on strategies to improve pipetting and enhance productivity in your genomic workflows. We will highlight various pipetting techniques, discuss challenges and solutions for genomic workflows, and reveal trends in laboratory products and genomic workflows. The session is designed to support anyone involved in pipetting within genomic workflows, including those using automated liquid handlers.

In this seminar, we will focus on mastering pipetting best practices and ergonomics to enhance laboratory efficiency and safety. We will learn various pipetting techniques, along with quick tips and tricks to achieve better accuracy and prevent cross-contamination. We will also address the ergonomic challenges associated with repetitive pipetting tasks, reviewing risk factors and providing recommendations to mitigate these issues. Additionally, we will gain insights into innovative and ergonomic tools designed to reduce strain and improve productivity. This comprehensive approach aims to equip us with the knowledge and skills needed to optimise our pipetting practices and help ensure a safer, more efficient work environment.