Good Laboratory Practices (GLP) – Intro
Good Laboratory Practices (GLP) form the backbone of quality and safety in any scientific research setting. GLP is a standardised way of planning, performing and reporting laboratory-based studies.
This free course gives students and professionals a solid foundation in GLP systems, principles, and procedures. Whether you’re entering the field or refreshing your skills, this course ensures you understand and follow internationally accepted lab standards.
GLP outlines the framework used to plan, conduct, monitor, record, and report laboratory work. These standards ensure data reliability, reproducibility, and compliance with global research norms. The course explains how the Organization for Economic Co-operation and Development (OECD) developed these principles.
Buffer Solutions
One of the primary topics covered is the buffer solution, a liquid mixture where the minor component spreads evenly within the major one. These solutions stabilize pH levels, vital in many chemical applications. You’ll dive into the buffer capacity, the solution’s ability to resist pH change despite acid or alkali shifts.
The Good Laboratory Practices (GLP) course presents the Rosch model of categorization, including its three key levels. It also examines the definitional and exemplar approaches to grouping and identification of substances and reactions within the lab.
Laboratory Safety: PPE and MSDS
Safety is a cornerstone of GLP. You will learn how to interpret a Material Safety Data Sheet (MSDS) and why PPE (Personal Protective Equipment) is non-negotiable. Each lab environment requires strict adherence to gear like gloves, goggles, and lab coats to prevent exposure to hazardous substances.
Centrifugation and Sedimentation Concepts
Good Laboratory Practices (GLP) course introduces sedimentation as a crucial water treatment process. It shows how particles settle under centrifugal force and how density, temperature, and speed influence this process. These principles are essential for experiments requiring separation of compounds.
Sterilization in High-Risk Microbial Labs
Labs dealing with microbes classified under biosafety levels 3 and 4 must use strict sterilization methods. These pathogens can spread through the air and pose severe risks to humans. You’ll learn how decontamination processes are tailored for these environments.
Detailed Recording and Reporting Standards in Good Laboratory Practices (GLP)
All scientific data must be accurately recorded. The course emphasizes the importance of maintaining detailed lab notebooks and crafting written reports. Each section—from observation to conclusion—must reflect the integrity of the experiment.
Liquid Handling Systems and Instruments
Modern laboratories use a range of equipment. You’ll study liquid handling systems, different types of centrifuges, and essential lab instruments. Learning their operation ensures safe and efficient experiment execution.
Who Should Take This Course?
This free course suits biotech students, lab assistants, and scientific professionals. Anyone working in a lab environment will benefit from understanding GLP protocols, equipment handling, and safety measures.
Key Takeaways
- Understand GLP and OECD guidelines
- Master buffer solutions and buffer capacity
- Learn safe lab practices using MSDS and PPE
- Explore centrifugation and sedimentation science
- Get trained in handling instruments and writing reports
Conclusion : GLP
This course is a practical, video-led learning journey into the world of laboratory excellence. It blends theory with real-world lab tasks to strengthen your knowledge and prepare you for professional success in any scientific environment. Start learning today and raise your lab standards with confidence.