Unit 3890: Applied Biology Technician

1. Introduction to Applied Biology Technician

• Definition and scope of the role
• Key skills and knowledge areas
• Typical responsibilities and workplace environments
• Importance in biotechnology, healthcare, agriculture, and environmental sectors

2. Laboratory Safety and Procedures

• General laboratory safety principles
• Personal protective equipment (PPE)
• Safe handling and disposal of chemical substances
• Biological sample handling and contamination prevention
• Emergency procedures and first aid
• Equipment maintenance and calibration

3. Biotechnology Techniques

• DNA extraction: principles and protocols
• Polymerase Chain Reaction (PCR): theory and practical steps
• Gel electrophoresis: setup, running, and interpretation
• Genetic modification techniques: overview and applications
• Practical considerations and troubleshooting

4. Environmental Sampling and Analysis

• Types of environmental samples (soil, water, air, biota)
• Sample collection methods and preservation techniques
• Analytical methods for environmental quality assessment
• Data recording and quality assurance
• Case studies on environmental monitoring

5. Microbiology in Practice

• Microbial culturing techniques
• Identification methods: staining, biochemical tests, molecular approaches
• Role of microbiology in food safety, pharmaceuticals, and healthcare
• Contamination control and sterile techniques

6. Plant and Animal Tissue Culture

• Principles of tissue culture
• Media preparation and sterilization
• Aseptic techniques and contamination control
• Applications in agriculture, horticulture, and research
• Monitoring and maintaining cultures

7. Data Analysis and Interpretation

• Types of experimental data
• Statistical tools and software introduction
• Data visualization and presentation
• Drawing valid conclusions and scientific reporting
• Writing technical reports and preparing presentations

8. Quality Control and Assurance

• Concepts of quality control (QC) and quality assurance (QA)
• Validation of laboratory procedures
• Equipment calibration and maintenance
• Regulatory standards and compliance (e.g., ISO, GLP)
• Documentation and record keeping

9. Fieldwork and Sampling Techniques

• Planning and preparation for fieldwork
• Sample collection strategies and tools
• Preservation and transport of samples
• Field data recording and preliminary analysis
• Studying ecosystems, biodiversity, and environmental impact

10. Biomedical Techniques

• Enzyme-linked Immunosorbent Assay (ELISA): principles and protocol
• Immunohistochemistry basics and applications
• Cell culture: establishment, maintenance, and contamination control
• Molecular biology methods in diagnostics and research
• Safety and ethical considerations