Achieving Both Impingement Improvement and Safe Muscle Hypertrophy! 8/5 (Wed) Training Log & Anatomical Approach to Shoulders and Legs
Due to past shoulder injuries (impingement), I now prioritize training designs that focus on "maintaining joint clearance while precisely applying stimulus to the target area" rather than just "pushing heavy weights."
Here is today's session content, meticulously structured over 80 minutes.
Today's Training Log (8/5 Wed)
1. Face Pull
1st set: 7kg x 15 reps
2nd-3rd sets: 9kg x 15 reps (2 sets)
4th-10th sets: 11kg x 15 reps (7 sets)
Total: 10 sets / Volume 1,530kg / Total reps 150
2. Cable Side Raise
1st-4th sets: 5kg x 24 reps (4 sets)
Total: 4 sets / Volume 480kg / Total reps 96
3. Dumbbell Side Raise
1st set: 6kg x 24 reps
2nd-3rd sets: 7kg x 30 reps (2 sets)
4th set: 7kg x 24 reps
5th set: 5kg x 40 reps
6th set: 5kg x 30 reps
Total: 6 sets / Volume 1,082kg / Total reps 178
4. Leg Extension
1st set: 62kg x 10 reps
2nd set: 78kg × 10 reps
3rd set: 92kg × 10 reps
4th-6th sets: 100kg × 10 reps (3 sets)
7th set: 78kg × 15 reps
8th set: 78kg × 20 reps
Total: 8 sets / Volume 8,050kg / Total reps 95 / Estimated 1RM 125kg
1. Anatomical rationale for alternating 'Face Pulls × Side Laterals'
Today, instead of simply finishing one exercise before moving to the next, I took an approach of combining sets alternately: **'Face Pull → Side Lateral → Face Pull → Side Lateral.'**
There is a clear reason for this structure: to protect the shoulder joint (subacromial space).
[Activation of the rotator cuff and correction of scapular position]
As you push the middle deltoids with side laterals, the scapulae tend to elevate (shrug) due to fatigue, increasing the risk of impingement in the subacromial space.
By inserting face pulls in between, the infraspinatus and teres minor (rotator cuff), as well as the lower trapezius and rhomboids, are reset and activated each time. This allows you to safely continue side laterals while maintaining ideal alignment, keeping the humeral head firmly pulled into the glenoid labrum (posterior stabilization) and the scapulae depressed.
2. 'Low-weight, high-rep' burnout transitioning from cables to dumbbells
For the sides of the shoulders (middle deltoids), I started with **cable side laterals (where the load is applied from the bottom to the stretch position) and switched to dumbbell side laterals in the second half (where the load is maximized from the top to the contraction position).**
Instead of applying frictional stress to the joints with heavy weights, this method uses low weights of 5kg to 7kg and high reps of 20 to 40 to maximize chemical stimulation (pump and metabolic stress) to the limit.
Even with low weights, by controlling the range of motion and pushing through the full range, you can elicit a strong hypertrophic response (muscle fiber recruitment) without causing any joint pain.
3. Pinpoint stimulation of the quadriceps via leg extensions
In the latter half of the session, I performed 8 sets of leg extensions as care for my lower body (quadriceps), which had been lacking stimulation recently.
After applying high tension with a 100kg main set, I finished with a high-volume burnout, squeezing out 20 reps at 78kg.
By suppressing hip joint involvement and focusing on the knee joint as a single-joint movement (isolation), I was able to apply direct load to the rectus femoris and vastus muscle groups, providing strong input for overall leg conditioning and muscle mass maintenance.
Summary: Listen to your body and make logical choices.
It was a very fruitful Wednesday, where I recharged with lunch with a colleague and successfully completed both my club coaching and my own training.
Lifting heavy weights is not the only value of training. By adjusting your form and exercise order anatomically to suit your injury history and current condition, and by ensuring you hit the targeted muscle group 100%, you will build a body that lasts and deepen your knowledge.
Let's continue to face our bodies tomorrow without overdoing it, but with steady progress!
*This article utilizes AI.