Intermediate Abdomen Nerve Injury Rehabilitation

Pain-free active range of motion of trunk flexion, extension, and lateral flexion within tolerance,Demonstrates ability to perform gentle diaphragmatic breathing without exacerbation,Shows tolerance to prone lying position for 5 minutes without increased symptoms,Able to activate transverse abdominis with mild manual cueing,Pelvic floor contraction perceived as present during visual feedback,Demonstrates neural glide of thoracolumbar nerve roots without radiating symptoms

→ Advance to: Early Activation Phase

Tolerates 10 repetitions of trunk flexion in hook-lying position without fatigue,Maintains pelvic floor contraction during functional tasks (coughing, sneezing),Demonstrates coordinated breathing pattern with abdominal expansion,Achieves 30-second hold time for abdominal bracing in quadruped,No reproduction of neuropathic pain during neural mobilization exercises,Sustains spine neutrality during weight-shifting activities

→ Advance to: Progressive Strengthening Phase

Tolerates 3 sets of 10 reps straight leg raise with spine neutral,Maintains diaphragmatic breathing during core activation exercises,Achieves 45-second hold in plank position (modified),Demonstrates independent activation of internal oblique and transverse abdominis,No sensory deficits in thoracolumbar dermatomes,Completes 10 repetitions of dead bug exercise without compensation

→ Advance to: Advanced Strengthening Phase

Tolerates loaded trunk flexion exercises (resistance bands),Achieves 60-second sustained contraction of rectus abdominis,Demonstrates anticipatory activation of abdominal wall prior to limb movement,Returns to light functional activities without symptom exacerbation,Shows improved neuromuscular coordination of pelvic floor during rapid arm movements,Maintains core stability during standing activities

→ Advance to: Return to Function Phase

Demonstrates symmetrical abdominal muscle recruitment pattern on ultrasound imaging,Completes sport-specific or occupation-specific movements without compensation,Achieves full return to pre-injury activity level,Maintains pelvic floor coordination during high-impact activities,Patient reports satisfaction with functional outcomes,No adverse neural symptoms during maximal effort activities

→ Advance to: Discharge