PART 7: SUPPLEMENTATION, HERBAL MEDICINE, INJURY & LIFESTYLE NAVIGATION
Chapter 22
Training Around Injuries
Training around an injury — rather than stopping completely — is both possible and advisable for most common musculoskeletal conditions. Complete rest leads to deconditioning, muscle atrophy, and psychological setback. Intelligent modification keeps progress alive while protecting the injured structure.
This chapter addresses training modification for common gym-related injuries. Acute trauma, fractures, post-surgical conditions, and neurological symptoms (numbness, tingling, weakness) require physician and physiotherapist assessment before any exercise.
22.1 The PEACE & LOVE Protocol: Modern Injury Management
The old "RICE" (Rest, Ice, Compression, Elevation) protocol has been substantially revised. The current evidence-based framework for soft tissue injuries:
PEACE (Immediate phase — first 1–3 days):
| Letter | Action | Rationale |
|---|---|---|
| P — Protect | Limit movement that causes pain | Prevent further damage; allow initial bleeding to stop |
| E — Elevate | Elevate limb above heart level | Reduce swelling via lymphatic drainage |
| A — Avoid anti-inflammatories | Avoid NSAIDs and ice for inflammation | Inflammation is a necessary healing signal; suppressing it delays tissue repair |
| C — Compress | Apply compression bandage | Reduce excessive swelling |
| E — Educate | Understand the injury | Active coping and realistic prognosis improve outcomes |
LOVE (Subacute and rehabilitation phase — Day 4 onward):
| Letter | Action | Rationale |
|---|---|---|
| L — Load | Progressively reload the tissue | Mechanical loading is necessary for proper tissue remodeling (collagen alignment) |
| O — Optimism | Maintain a positive but realistic outlook | Psychological factors are among the strongest predictors of injury recovery outcomes |
| V — Vascularization | Low-intensity aerobic exercise | Increases blood flow without stressing the injured site; accelerates healing |
| E — Exercise | Targeted rehabilitation exercises | Rebuild strength, ROM, and proprioception in the injured tissue |
22.2 Common Injuries and Training Modifications
Knee Injuries (Patellofemoral Pain, Patellar Tendinopathy, Meniscus Irritation)
Avoid / modify:
- Deep squats past 90° during acute phase
- Running (particularly downhill)
- Leg extensions (high shear force at the patella)
- High-impact activities
Safe alternatives — upper body training:
| Replace | With |
|---|---|
| Barbell squat | Hip thrust, Romanian deadlift, hip abduction work |
| Leg press (deep) | Leg press at 45–60° knee flexion only |
| Lunges | Seated leg curl, Nordic curl (controlled range) |
| Running | Swimming, cycling (if tolerated), upper body HIIT |
Rehabilitation focus:
- Quad and VMO strengthening (terminal knee extensions)
- Hip abductor and glute strengthening (reduces valgus collapse)
- Calf strengthening (shock absorption)
- Step-down eccentric exercises (patellofemoral protocol)
- Collagen + Vitamin C supplementation (Chapter 21)
Shoulder Injuries (Rotator Cuff Impingement, Rotator Cuff Tear, AC Joint)
Avoid / modify:
- Overhead pressing (all variants) during acute phase
- Behind-the-neck movements
- Upright rows (high impingement risk even when healthy)
- Internal rotation under load
Safe alternatives:
| Replace | With |
|---|---|
| Overhead press | Landmine press (neutral grip, lower arc), cable push-down |
| Bench press | Floor press (limits ROM), dumbbell neutral-grip press |
| Pull-ups / lat pulldown | Seated cable row (neutral grip), face pulls |
| Lateral raises | Cable lateral raise (lighter load, control) |
Rehabilitation focus:
- Rotator cuff strengthening: external rotation, internal rotation (in pain-free range)
- Scapular stabilizers: prone Y/T/W exercises, face pulls
- Lower trapezius activation
- Avoid elevation and protraction patterns; reinforce retraction and depression
Lower Back (Lumbar Disc Issues, Facet Joint Pain, General Lumbar Strain)
Avoid / modify:
- Spinal flexion under load (conventional deadlift if acutely painful, Romanian deadlift, good mornings)
- Sit-ups and crunches
- Heavy axial loading during acute phase
- Prolonged sitting without breaks
Safe alternatives:
| Replace | With |
|---|---|
| Deadlift | Hip thrust, trap bar deadlift (more upright), single-leg RDL (reduced spinal load) |
| Barbell squat | Goblet squat, leg press, split squat |
| Bent-over row | Chest-supported row, cable row (neutral spine) |
| Sit-up / crunch | Dead bug, bird dog, Pallof press, plank |
Rehabilitation focus (McGill Big 3):
- Modified curl-up (spinal flexor endurance without dynamic flexion)
- Bird dog (spinal extensor and anti-rotation stability)
- Side plank (lateral stability)
Core stability before load tolerance. Progress gradually from stability to strength to loaded movement.
Wrist / Elbow Injuries (Wrist Strain, Lateral Epicondylitis / Tennis Elbow, Medial Epicondylitis)
Avoid / modify:
- Wrist extension or flexion under load during acute phase
- Barbell grip exercises if wrist-loaded
- High-repetition grip-intensive activities
Safe alternatives:
| Replace | With |
|---|---|
| Barbell exercises | Dumbbells with neutral grip (hammer grip); EZ-bar; machine alternatives |
| Pull-ups | Lat pulldown with open-palm straps (reduce grip load) |
| Push-ups | Push-up on fists (neutral wrist) or handles |
| Curl variations | Reverse curl, cable curl (adjust angle) |
Rehabilitation focus:
- Eccentric wrist extension exercises for lateral epicondylitis
- Eccentric wrist flexion for medial epicondylitis
- Graduated grip strengthening (grip trainer, rice bucket)
22.3 Maintaining Conditioning During Injury
The goal during injury is not to maintain every training quality — it is to preserve as much fitness as possible without impeding healing. Prioritize in order:
- Cardiovascular base: Low-impact cardio (pool walking, swimming, cycling) — maintains aerobic fitness and NEAT with minimal joint load
- Uninjured muscle groups: Full training of unaffected regions; research shows cross-education effect (training one limb maintains some strength in the immobilized limb)
- Rehabilitation exercises: Treated as a training priority, not an afterthought
- Mental engagement: Visualization, technique study, nutrition optimization — the cognitive and nutritional sides of training can continue regardless of physical limitation