Dr Bouteldja
Page 1: Overview
Course Details
Semester: 5
Teaching Unit: UEM
Subject: Instruments and Methods in Biology and Laboratory Safety
Credits: 5
Coefficient: 3
Teaching Objectives
To teach students various laboratory techniques and methods.
To introduce students to bench work under the guidance of Dr. Bouteldja Meryem.
Page 2: Assessment
Course Structure
Type: TP (Practical Work)
Coefficient: 5
Credits: 3
Syllabus Information
Final Exam: 60%
TP (Practical Work): 40% (includes practical report and oral exam)
Recommended Prior Knowledge
Understanding of basic laboratory techniques and safety rules.
Page 3: Content Outline
Chapters Overview
CHAP. I: Precautions in Laboratory and Use of Equipment
CHAP. II: Microscopy Techniques
Light Microscopy
Transmission Electron Microscopy
Scanning Electron Microscopy
CHAP. III: Spectral Methods
Molecular Absorption Spectrophotometry
Fluorimetry
Atomic Emission Photometry
Atomic Absorption Spectrophotometry
Nuclear Magnetic Resonance
Page 4: Advanced Techniques
Chapter Continuation
CHAP. IV: Fractionation Methods
Filtration
Sedimentation
Dialysis
Electrodialysis
Chromatographic Methods (Liquid and Gas)
CHAP. V: Labeling Methods
Isotopic Methods
Radioimmunological Assays
Radioenzymatic Assays
CHAP. VI: Molecular Biology Methods
CHAP. VII: Sample Preservation Methods
CHAP. VIII: Sterilization Methods
Page 5: Safety in Laboratories
Chapter I
Importance of precautions in a laboratory setting.
Common Equipment Use
Familiarization with common lab equipment.
Page 6: Laboratory Safety
General Safety Guidelines
Importance of safety equipment to prevent accidents in the laboratory setting.
Risks inherent in laboratory environments such as fire, corrosive chemicals, and sharp tools.
Page 7: Health Risks in Laboratories
Types of Risks
Highlighting risks in laboratory operations: acute to chronic impacts based on hazards present.
Emphasizes the need for constant vigilance in lab settings due to the various potential hazards.
Page 8: Chemical Hazards
Mitigation Strategies
OSHA standards for chemical handling in laboratories:
Hazard Communication standard for employee training.
OSHA Lab Standard for identifying hazards and employee exposure.
Page 9: Chemical Exposure and Protection
Effects of Chemical Hazards
Information on exposure routes (inhalation, skin contact, ingestion) and potential health impacts.
Protective Measures
Use of personal protective equipment (PPE) such as gloves, goggles, and lab coats.
Page 10: Chemical Risk Assessment
Importance of Labeling
Understanding hazard labeling and Safety Data Sheets (SDS).
CMR Classifications
Focus on classification and associated risks of certain chemicals.
Page 11: Hazard Symbols
Chemical Hazard Symbols
Overview of different hazard pictograms and their meanings in a laboratory context.
Page 12: Biological Hazards
Biological Risk Management
Addressing risks associated with microbes and recombinant organisms in labs.
Importance of Institutional Biosafety Committees for managing biological research risks.
Page 13: Working with Infectious Agents
Contamination Prevention
Discussing methods to avoid contamination and transmission of infectious agents in laboratory settings.
Page 14: Allergens in Laboratory Settings
Common Biological Hazards
Analysis of allergies related to laboratory animal care and the impact on lab personnel.
Page 15: Prevention of Biological Risk
Protective Measures
Overview of protective equipment and operational protocols to prevent cross-contamination in labs.
Page 16: Physical Hazards in Labs
Identifying Physical Risks
Describing physical hazards encountered in laboratory environments, including electrical and ergonomic risks.
Page 17: Laboratory Apparatus Overview
Laboratory Equipment
Introduction to essential laboratory apparatus utilized in experiments.
Page 18: Importance of Laboratory Apparatus
Role in Research
Emphasizes the significance of accurate and reliable laboratory tools for effective data collection.
Page 19: Categories of Laboratory Apparatus
Types of Equipment
Measuring Tools (e.g., beakers and pipettes)
Heating Devices (e.g., Bunsen burners)
Glassware (e.g., flasks and test tubes)
Analytical Instruments (e.g., microscopes)
Protective Gear (e.g., gloves and goggles)
Plasticware (use in specific contexts)
Page 20: Common Laboratory Apparatus Names
Common Tools and Their Uses
Lists of common laboratory apparatus names (e.g., beakers, test tubes) and their respective uses.
Page 21: Glassware and Equipment
Types of Glassware
Test tubes
Beakers
Flasks
Reagent bottles
Funnels
Devices and Safety Equipment
Listing safety equipment used in laboratories (e.g. lab coats, eyewash stations).
Page 22: Laboratory Glassware Functions
Overview of Glassware
Beaker - for mixing and heating liquids
Test Tube - for holding or heating small quantities
Evaporating Dish - for evaporating and heating liquids
Graduated Cylinder - measures liquid volumes accurately.
Page 23: Complex Laboratory Equipment
Advanced Equipment
Describes more specialized equipment like distilling flasks, centrifuges, and Bunsen burners.
Page 24: Safety Equipment Overview
Essential Safety Gear
Description of safety equipment required to maintain safety standards in laboratories.
Page 25: Personal Safety in Laboratories
Proper Lab Attire
Detailed points on appropriate safety attire and equipment that lab personnel must wear.
Page 26: Equipment Handling Guidelines
Proper Maintenance
Guidelines for cleaning, handling, and maintaining laboratory equipment for accuracy and longevity.
Page 27: Guidelines for Equipment Use
Safety Instructions
General guidelines to ensure safety when using laboratory equipment, including proper training and maintenance.
Page 28: Laboratory Rules
Importance of Rules
Distinguishing between rules and guidelines in laboratory settings, emphasizing safety.
Page 29: General Lab Safety Guidelines
Basic Safety Rules
Key basic lab safety protocols everyone entering the lab must observe.
Page 30: Personal Protection Safety Rules
Protection Protocols
Highlights necessary personal protective behaviors in the lab, including precautions against chemical exposure.
Page 31: Hazardous Equipment Guidelines
Laboratory Equipment Safety
Discusses safety procedures required when operating equipment with specific hazards.
Page 32: Waste Disposal Guidelines
Proper Waste Management
Outlines necessary steps for safe and proper waste recovery in lab settings.
Page 33: Personal Protection Guidelines
PPE Regulations
Guidelines for personal protective equipment and hygiene practices to prevent contamination.
Page 34: Hazardous Material PPE
PPE in High Hazard Areas
Guidelines for equipment and clothing that must be utilized in high-risk laboratory environments.
Page 35: Creating Safe Labs
Contributions to Lab Safety
Discussing how all lab personnel play a role in maintaining safety through proper protocols.
Page 36: Housekeeping Safety Rules
Keeping Labs Safe
Important housekeeping rules to ensure a safe and clean laboratory environment.
Page 37: Dress Code Safety Rules
Clothing Restrictions in Labs
Guidelines for appropriate dress codes in laboratory settings to reduce risks.
Page 38: Chemical Safety Rules
Safety Protocols for Chemical Handling
Important chemical lab safety protocols that employees should follow.
Page 39: Chemical Handling Provisions
Safe Chemical Management
Key points for handling chemicals safely and the significance of proper labeling.
Page 40: Ventilation and Chemical Handling
Safe Use of Chemicals
Detailed precautions regarding the use of hazardous chemicals in laboratory settings.
Page 41: Electrical Safety in Labs
Guidelines for Electrical Equipment
Discusses electrical safety measures needed to operate laboratory equipment safely.
Page 42: Physical Risk Prevention
Understanding Risks in Labs
Basic protocols for addressing identified physical risks in laboratory environments.
Page 43: Common Mistakes in Laboratories
Errors to Avoid
Overview of common laboratory mistakes to promote better practices.
Page 44: Additional Common Laboratory Mistakes
Laboratory Conduct Pitfalls
More examples of frequent mistakes made in labs that should be avoided.
Page 45: Hazard Pictograms
Understanding Risk Symbols
Identifying hazard codes and their significance in lab safety.
Page 46: Emergency Response to Chemical Spills
Small Spill Intervention
Safety procedures to follow in the event of a chemical spill in lab settings.
Page 47: Cleaning Up Chemical Spills
Guidelines for Spill Cleanup
Steps to safely clean small chemical spills, emphasizing PPE usage.
Page 48: Biological Product Spills
Biological Safety Protocols
Safety measures to follow in case of spills involving biological materials.
Page 49: Skin Exposure Protocols
Addressing Skin Contact with Hazards
Procedures for dealing with skin exposure incidents in laboratory situations.
Page 50: Glassware Safety in Labs
Hazards of Glassware Use
Discusses the risks associated with glassware and proper handling techniques.
Page 51: Safety with Centrifuges
Centrifuge Protocols
Best practices for safe usage of centrifuges in laboratory settings.
Page 52: Safe Usage of Gas Burners
Precautions When Using Gas Burners
Key guidelines for safely operating gas burners in labs.
Page 53: Heating Devices in Labs
Safe Operation Guidelines
Important safety practices when using heating devices in the laboratory.
Page 54: Best Practices for Ovens
Ovens Safety Procedures
Discusses safety protocols related to oven usage in lab settings.
Page 55: Hot Plates Use
Hot Plate Operational Safety
Instructions for using lab hot plates safely.
Page 56: Safety with Mixing Devices
Proper Use of Stirring Equipment
Guidelines for using stirring and mixing devices in laboratories.
Page 57: Water Bath Precautions
Managing Water Bath Operations
Important reminders for the use and management of water baths in labs.
Page 58: Laboratory Safety Commitment
Student and Worker Safety
Emphasizing the importance of prioritizing safety in laboratory operations.
Page 59: Microscopy Techniques
Introduction
Overview of microscopy techniques to be covered in the course.
Page 60: Cell Biology Introduction
Focus on Cell Structures
Highlights the significance of microscopy in studying cell architecture and processes.
Page 61: History of Microscopy
Development of Microscopic Technology
Discussing milestones in the advancement of microscopy.
Page 62: Types of Microscopes
Images of Historical Microscopes
Illustrating historical models of microscopes and their evolution.
Page 63: Microscope Usage Techniques
Proper Usage Protocol
Steps and precautions to follow when using a microscope.
Page 64: Principles of Microscopy
General Principles Explained
Discusses key microscopy concepts including magnification and resolution.
Page 65: Resolution Fundamentals
Understanding Image Clarity
Explanation of factors impacting resolution in microscopy.
Page 66: Calculation of Resolution
Resolving Power Explained
Formula for calculating the resolution of a microscope.
Page 67: Microscope Types Overview
Different Types of Microscopes
Outlining various types of microscopy techniques.
Page 68: Optical Microscopy
Understanding Optical Microscopy
Explains how light microscopes work and their applications.
Page 69: Components of a Light Microscope
Identifying Microscopy Parts
Breakdown of the parts and functionalities of a light microscope.
Page 70: Light Microscopy Techniques
Types of Light Microscopy
Listing various lighting techniques in microscopy.
Page 71: Bright-field Microscopy
Characteristics of Bright-field Microscopes
Explains the principles behind bright-field microscopy.
Page 72: Factors of Bright-field Quality
Quality Influencers in Bright-field Microscopy
Explaining critical factors affecting image quality in bright-field microscopy.
Page 73: Enhancing Bright-field Quality
Improving Magnification and Resolution
Discussing techniques for enhancing contrast and detail in bright-field setups.
Page 74: Dark-field Microscopy
Technique Overview
Describes the principles and advantages of dark-field microscopy.
Page 75: Phase-Contrast Microscopy
Enhancing Specimen Contrast
Discusses the benefits of using phase-contrast techniques for observing live specimens.
Page 76: Differential Interference Contrast Microscopy
3D Imaging Technique
Overview of differential interference contrast microscopy as a visualization method.
Page 77: Polarization Microscopy
Understanding Polarization Techniques
Discusses polarized light's application in microscopy.
Page 78: Fluorescence Microscopy
Using UV Light in Microscopy
Introduces fluorescence microscopy and its advantages in biological studies.
Page 79: Fluorescence Process Explained
Mechanism of Fluorescence
Breakdown of how fluorescence occurs in microscopy.
Page 80: Applications of Fluorescence in Biology
Fluorescence Usage
Details the diverse applications of fluorescence microscopy in biological sciences.
Page 81: Advantages of Fluorescence Microscopy
Benefits of Fluorescent Techniques
Discusses the advantages offered by fluorescence techniques in research.
Page 82-90: Advanced Fluorescence Techniques
Special Applications and Techniques
Discusses advanced techniques like direct counts and immunolabeling using fluorescence methods.
Page 91-96: Electron Microscopy
Overview of Electron Microscopy Techniques
Introduction to the basics of electron microscopy and its significance in research.
Page 97-103: Basic Components of Electron Microscopes
Structure and Functionality
Detailed components involved in electron microscopy and their roles.
Page 104-105: Electron Microscopy Operations
Procedures for Using Electron Microscopes
Step-by-step explanation of operating electron microscopes.
Page 106-110: Electron Microscope Types
Types of Electron Microscopes
Discussion on various types of electron microscopes and their applications.
Page 111-115: Sample Preparations for SEM and TEM
Preparing for Electron Microscopy
Preparing samples for use in scanning and transmission electron microscopy.
Page 116-120: Key Methods in Spectral Techniques
Introduction to Spectral Methods
Overview of molecular absorption spectrophotometry, fluorimetry, and other techniques.
Page 121-123: Molecular Absorption Spectrophotometry
Principles and Applications
The principles behind molecular absorption methods for analyzing substances.
Page 124-125: Spectrophotometer Components
Functionality of Spectrophotometers
Breakdown of the components of a spectrophotometer and their individual roles.
Page 126-135: Key Concepts of Spectral Methods
Fluorimetry and Its Applications
Discusses the principles of fluorimetry and its effectiveness in analyzing samples.
Page 136-139: Factors Affecting Fluorimetry
Understanding Fluorimetry Influencers
Various external factors that can impact fluorimetric measurements.
Page 140-143: Applications of Spectral Methods
Wide Range Applications
Discussing applications of different spectral methods across various fields.
Page 144-158: Detailed Examples of Atomic Techniques
In Depth Examination
Discussing atomic absorption and emission spectrophotometry in detail.
Page 159-163: Nuclear Magnetic Resonance (NMR) Overview
NMR Principles and Applications
Basics of how NMR functions and its significance in chemical analysis.
Page 164-171: Mechanisms of NMR
Understanding NMR Signals
Steps detailing how NMR signals are acquired and analyzed in practice.
Page 172-176: Molecular Biology Methods Overview
Key Techniques
Discusses various molecular biology methods for studying biomolecules.
Page 177-181: PCR and Its Mechanism
Amplification Techniques
Introduction to the Polymerase Chain Reaction (PCR) and its importance in molecular biology.
Page 182-252: Advanced Molecular Techniques
Various Techniques Explained
Discusses expression cloning, gel electrophoresis, and different blotting methods.
Page 253-258: Labeling Methods Overview
Methods and Their Applications
An introduction to isotopic and radioimmunological assays and their uses in laboratories.
Page 259-270: In-depth on Radioenzymatic Assays
Techniques and Practical Uses
Comprehensive overview of radioenzymatic assays and their application in measuring analytes.
Page 271-276: Molecular Biology Applications
Practicalities of Techniques
Discusses applications of molecular biology methods in research and diagnostics.
Page 277-284: Summary of Lab Techniques and Safety Measures
Recap of Key Topics
Summary of important safety procedures and laboratory methods discussed throughout the course.