ACL Course

Lesson 1 • ACL Fiber Bundles and Attachments

Details anteromedial and posterolateral bundle anatomy and insertion sites. Connects fiber orientation to functional load-bearing roles.

Lesson 2 • Neuromuscular Control of the Knee

Examines proprioceptive receptors and reflex arcs that stabilise the knee. Links neuromuscular deficits to elevated ACL injury risk.

Lesson 3 • Knee Joint Structural Overview

Covers bony architecture, cartilage, and ligament arrangement of the knee. Provides anatomical context for understanding ACL positioning and function.

Lesson 1 • Contact Versus Non-Contact Mechanisms

Distinguishes direct-blow injuries from dynamic valgus and deceleration events. Establishes mechanism classification as a basis for prevention strategy selection.

Lesson 2 • Extrinsic and Environmental Risk Factors

Covers footwear, surface type, fatigue, and sport-specific demands. Links environmental variables to injury incidence data.

Lesson 3 • Psychological and Behavioural Risk Factors

Addresses risk-taking behaviour, fear avoidance, and training load mismanagement. Integrates psychosocial variables into comprehensive risk profiling.

Lesson 4 • Intrinsic Anatomical Risk Factors

Examines notch width, tibial slope, limb alignment, and hormonal influences. Connects structural variables to individual injury susceptibility.

Lesson 1 • Special Orthopaedic Tests for ACL

Covers Lachman, anterior drawer, and pivot-shift tests with grading criteria. Builds diagnostic accuracy through sensitivity and specificity awareness.

Lesson 2 • Physical Examination Techniques

Teaches inspection, palpation, range-of-motion, and effusion assessment. Provides objective baseline data to guide special test selection.

Lesson 3 • Subjective History and Symptom Profiling

Structures patient interview to capture mechanism, onset, and functional limitations. Establishes diagnostic hypotheses before physical examination.

Lesson 4 • Grading and Classification Systems

Applies tear grading scales and associated injury classification frameworks. Standardises communication between clinical team members.

Lesson 1 • Post-Operative Complications and Monitoring

Identifies infection, stiffness, graft failure, and cyclops lesion risks. Prepares clinicians to detect and respond to post-surgical complications.

Lesson 2 • Surgical Technique Fundamentals

Outlines tunnel placement, fixation methods, and graft tensioning principles. Provides clinical context for understanding post-operative rehabilitation constraints.

Lesson 3 • Surgical Versus Conservative Decision-Making

Evaluates patient factors, activity demands, and instability severity to guide treatment choice. Establishes shared decision-making as the clinical standard.

Lesson 4 • Graft Types and Biomechanical Properties

Compares autograft, allograft, and synthetic graft options by strength and healing. Connects graft biology to rehabilitation timeline planning.

Lesson 1 • Criteria-Based Progression Frameworks

Applies objective milestones to guide phase transitions in rehabilitation. Reduces premature return-to-activity risk through measurable benchmarks.

Lesson 2 • Acute Phase Management Strategies

Covers pain control, swelling reduction, and early mobility protocols. Prevents secondary complications and prepares tissue for progressive loading.

Lesson 3 • Functional Movement Restoration

Advances rehabilitation from basic strength to sport-relevant movement patterns. Bridges the gap between clinical recovery and activity readiness.

Lesson 4 • Strength and Conditioning Progression

Sequences quadriceps, hamstring, and hip strengthening across healing phases. Ensures load tolerance before advancing to functional activities.

Lesson 1 • Intermediate Strength and Stability Phase

Advances strength, neuromuscular control, and movement quality from weeks six to sixteen. Prepares the knee for dynamic and sport-specific demands.

Lesson 2 • Sport-Specific Training Integration

Reintroduces sport-specific skills, contact, and competition-level demands. Validates readiness through functional testing before full clearance.

Lesson 3 • Early Post-Operative Phase Management

Manages pain, swelling, and early mobility in weeks one through two. Protects graft fixation while preventing complications from immobility.

Lesson 4 • Running and Agility Reintroduction

Structures return-to-running and change-of-direction progressions using objective criteria. Reduces re-injury risk through controlled exposure to dynamic loading.

Lesson 1 • Movement Quality and Landing Mechanics

Evaluates landing biomechanics, knee valgus, and trunk control under fatigue. Detects residual movement dysfunction before sport return.

Lesson 2 • Strength and Symmetry Assessment

Measures isokinetic and functional strength symmetry between limbs. Establishes minimum thresholds before dynamic sport exposure.

Lesson 3 • Integrated Clearance Decision Framework

Combines strength, functional, and psychological data into a unified clearance model. Standardises multi-disciplinary communication for return-to-sport decisions.

Lesson 4 • Psychological Readiness Evaluation

Measures fear of re-injury, confidence, and kinesiophobia using validated tools. Integrates psychological clearance into the return-to-sport decision.

Lesson 1 • Core Components of Prevention Protocols

Identifies strengthening, plyometric, balance, and technique components common to effective programmes. Builds a component-based design framework.

Lesson 2 • Monitoring, Adaptation, and Long-Term Adherence

Tracks programme outcomes, adjusts content based on athlete response, and sustains engagement. Ensures prevention programmes remain effective across full seasons.

Lesson 3 • Evidence Base for Prevention Programmes

Reviews randomised controlled trial evidence supporting neuromuscular warm-up programmes. Quantifies risk reduction achievable through structured prevention training.

Lesson 4 • Programme Delivery and Coaching Techniques

Develops skills for teaching movement corrections, providing feedback, and managing group sessions. Bridges programme design and real-world implementation.