Lest anyone ever suggest that muscle building involves little more than mindlessly lifting the heaviest weight manageable for a few sets of low repetitions using your limbs… continue reading.
Bodybuilding not only produces some of the best physiques but recruits some of the most inquisitive minds. Today, anyone engaged in a strength training program can take advantage of thoroughly scientific investigative methods which explore exactly what the best muscle building exercises are.
Amateur and professional athletes alike may find themselves calling into doubt what they previously considered their “ideal” routine as they discover that what is truly ideal is whatever is most appropriate for them at the present moment.
Here’s our linked list of exercises that best target each muscle group.
Chest Muscle Group Exercises
Shoulder Muscle Group Exercises
Front Shoulder
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Middle Shoulder
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Rear Shoulder
- This
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Back Muscle Group Exercises
Upper Chest Exercises
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Middle Chest
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Lower Chest
- This
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Arms Muscle Exercise List
Upper Chest Exercises
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Middle Chest
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Lower Chest
- This
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Legs Muscle Exercise List
Upper Chest Exercises
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Middle Chest
- this
- this
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Lower Chest
- This
- this
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Abs Exercises
Upper Chest Exercises
- this
- this
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Middle Chest
- this
- this
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Lower Chest
- This
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EMG Studies on Muscle Groups
When muscle-building exercises are selected, the choices made are dependent upon the physiological response induced by a particular movement. Though science has classified resistance training exercises in many ways, one of the most credible and complete classifications involves the use of EMG – Electromyography.
EMG is a technique which records and evaluates the electrical activity produced within specific groups of skeletal muscles. Any movement causes electrical activity, and EMG allows researchers to determine which exercises produce the most activity. In knowing this, an objective measurement can be obtained. When scientific research is applied, any routine’s effectiveness and appeal will be increased.
In Serious Strength Training by Dr Tudor Bompa, Professor Emeritus, York University, Toronto, Ontario, Canada, results were obtained from applying EMG to different muscle groups, and the published findings are summarized below. Exercises are listed from top to bottom, beginning with the highest levels of stimulation to the lowest for each muscle group.
Chest EMG Results
Pectoralis Major | iEMG Max Percentage |
Decline Dumbell Bench Press | 93 |
Decline Barbell Press | 89 |
Pushups Between Benches | 88 |
Flat Dumbell Press | 87 |
Flat Barbell Press | 85 |
Flat Dumbbell Fly | 84 |
Pectoralis Minor | iEMG Max Percentage |
Incline Dumbbell Press | 91 |
Incline Barbell Press | 85 |
Incline Dumbbell Fly | 83 |
Incline Smith Machine Press | 81 |
Shoulder EMG List Results
Medial Deltoids | iEMG Max Percentage |
Incline Dumbbell Side Lateral Raise | 66 |
Standing Dumbbell Side Lateral Raise | 63 |
Seated Dumbbell Side Lateral Raise | 62 |
Cable Side Lateral Raise | 47 |
Posterior Deltoids | iEMG Max Percentage |
Bent-Over Dumbbell Lateral Raise | 85 |
Seated Dumbbell Side Raises | 83 |
Standing Cable Bent Lateral Raise | 77 |
Anterior Deltoids | iEMG Max Percentage |
Seated Front Dumbbell Press | 79 |
Standing Front Dumbbell Raise | 73 |
Seated Front Barbell Press | 61 |
Back EMG Results
Latissimus Doris | iEMG Max Percentage |
Bent Over Barbell Rows | 93 |
One-Arm Dumbbell Rows | 91 |
T-Bar Rows | 89 |
Lat Pulldowns | 86 |
Seated Pulley Rows | 83 |
EMG Biceps
Biceps Brachii (long head) | iEMG Max Percentage |
Barbell Preacher Curls | 90 |
Incline Seated Dumbbell Curls | 88 |
Standing Barbell Curls (narrow grip) | 86 |
Standing Dumbbell Curls | 84 |
Dumbbell Concentration Curl | 80 |
Barbell Curls (wide grip) | 63 |
Standing EZ Bar Curls (wide grip) | 61 |
Triceps
Triceps Brachii | iEMG Max Percentage |
Decline Triceps Extension (Olympic Bar) | 92 |
Cable Press Down (Angled Bar Attachment) | 90 |
Dips Between Benches | 87 |
Single Arm Extensions (Reverse grip) | 85 |
Overhead Rope Extensions | 84 |
Seated Single Arms Dumbell Extensions | 82 |
Close-grip bench press (Olympic Bar) | 72 |
Legs
Rectus Femoris (Quadricep) | iEMG Max Percentage |
Safety Squats (Shoulder-Width Stance) | 88 |
Seated leg Extensions | 86 |
Hack Squat | 78 |
Leg Press | 76 |
Smith Machine Squat | 60 |
Hamstrings | iEMG Max Percentage |
Standing Leg Curls | 82 |
Lying Leg Curls | 71 |
Seated leg Curls | 58 |
Modified Hamstring deadlift | 56 |
The figures above show variance in the ability of different exercises to induce motor unit activation. Some exercises differ by only small amounts – others considerably more. Though some individuals may find these differences inconsequential on paper, other athletes may see that by applying these findings to their regime, their muscle building progresses more than they thought possible.