Animal Experimentation Training

Lesson 1 • Regulatory and Oversight Structures

Explains the institutional and governmental bodies that govern animal research. Students understand compliance obligations before conducting any procedures.

Lesson 2 • History and Purpose of Animal Research

Traces the evolution of animal use in science and its contributions to medicine. Provides historical context that grounds ethical reasoning in later sections.

Lesson 3 • Animal Welfare Standards

Defines welfare criteria including the Five Freedoms and pain assessment. Connects welfare obligations to daily husbandry and experimental decisions.

Lesson 4 • The Three Rs Principle

Introduces Replacement, Reduction, and Refinement as the core ethical framework. Students apply these principles to justify and design animal studies.

Lesson 1 • Selecting the Appropriate Animal Model

Guides model selection using scientific validity, availability, and welfare considerations. Students justify species choice within a protocol submission.

Lesson 2 • Behaviour and Social Needs

Covers species-typical behaviours and social structures that affect experimental validity. Students design housing and handling protocols that minimise behavioural stress.

Lesson 3 • Comparative Anatomy and Physiology

Reviews organ systems across rodents, rabbits, and non-human primates relevant to research. Enables students to predict physiological responses to experimental interventions.

Lesson 1 • Housing Standards and Environment

Specifies cage types, space requirements, temperature, humidity, and light cycles. Proper environment directly reduces variability and supports animal welfare.

Lesson 2 • Facility Staffing and Responsibilities

Defines roles of animal care technicians, veterinarians, and researchers in facility operations. Clear role delineation prevents gaps in animal oversight.

Lesson 3 • Health Monitoring and Record Keeping

Trains daily observation skills and documentation practices for animal health status. Accurate records support regulatory compliance and early disease detection.

Lesson 4 • Nutrition and Water Provision

Details diet formulation, feeding schedules, and water quality standards for research animals. Nutritional consistency is critical for experimental reproducibility.

Lesson 1 • Large Animal and Primate Handling

Addresses chemical and physical restraint for larger species requiring specialised equipment. Students understand when sedation is required and how to prepare for it.

Lesson 2 • Rabbit and Lagomorph Handling

Covers safe lifting, carrying, and restraint methods for rabbits prone to spinal injury. Students practise techniques that prevent fractures and reduce fear responses.

Lesson 3 • Occupational Health and Zoonosis Prevention

Identifies zoonotic risks, allergen exposure, and bite or scratch injury management. Students implement personal protective measures before entering animal areas.

Lesson 4 • Principles of Low-Stress Handling

Introduces fear-free and low-stress handling concepts that reduce animal reactivity. Foundational mindset for all species-specific techniques taught in this chapter.

Lesson 1 • Writing an Approvable Animal Protocol

Walks through each section of a standard protocol form including justification and endpoints. Students draft protocols that meet institutional committee expectations.

Lesson 2 • Formulating Research Questions and Hypotheses

Guides translation of scientific questions into testable hypotheses with defined endpoints. Clear hypotheses drive all subsequent design decisions in the protocol.

Lesson 3 • Statistical Planning and Sample Size

Covers power analysis, effect size estimation, and randomisation to justify animal numbers. Proper planning satisfies Reduction requirements and regulatory scrutiny.

Lesson 4 • Control Groups and Experimental Variables

Explains positive, negative, and vehicle controls and their role in valid comparisons. Students identify and control confounding variables that threaten data integrity.

Lesson 1 • Surgical Techniques and Asepsis

Covers sterile field preparation, instrument handling, and basic surgical skills for rodents. Aseptic technique prevents infection and supports post-operative analytical recovery.

Lesson 2 • Anaesthesia and Analgesia

Explains injectable and inhalant anaesthetic agents, dosing, and monitoring during procedures. Students select appropriate pain management to satisfy welfare and scientific requirements.

Lesson 3 • Blood and Tissue Sample Collection

Teaches venipuncture sites, blood volume limits, and tissue biopsy methods by species. Proper collection preserves sample quality and minimises animal harm.

Lesson 4 • Routes of Substance Administration

Covers intravenous, intraperitoneal, subcutaneous, oral, and intranasal delivery methods. Correct route selection and technique ensure accurate dosing and animal safety.

Lesson 1 • Standardised Data Recording Practices

Establishes laboratory notebook standards, electronic data capture, and audit trail requirements. Consistent recording prevents data loss and supports regulatory inspection.

Lesson 2 • Biological Sample Processing

Covers sample labelling, storage conditions, and chain of custody for tissues and fluids. Proper processing preserves analyte integrity from collection to analysis.

Lesson 3 • Research Integrity and Data Sharing

Addresses fabrication, falsification, and plagiarism risks specific to animal research data. Students apply open-data principles and reproducibility standards.

Lesson 4 • Statistical Analysis of Animal Data

Applies parametric and non-parametric tests appropriate for small animal study sample sizes. Students select and interpret tests that match their experimental design.

Lesson 1 • Disease Models and Translational Validity

Evaluates how well animal disease models recapitulate human pathology and predict clinical outcomes. Students identify model limitations and apply appropriate translational caveats.

Lesson 2 • Alternatives and Complementary Methods

Reviews organ-on-a-chip, organoids, and computational models as complements to animal studies. Students integrate alternatives to reduce animal use without sacrificing scientific rigour.

Lesson 3 • Genetically Modified Animal Models

Examines creation, validation, and welfare implications of transgenic and CRISPR-edited models. Students assess model fidelity and phenotypic variability in study design.

Lesson 4 • Imaging and Non-Invasive Monitoring

Introduces in vivo imaging modalities including MRI, PET, and bioluminescence for longitudinal studies. Non-invasive monitoring reduces animal numbers through repeated measures.