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Muscle-Specific Hypertrophy: Chest, Triceps and Shoulders By Menno Henselmans

Building a massive physique, unfortunately, requires a more measured approach than simply trying to heave as much weight as humanly possible. To know how to best train a muscle, you have to first understand its physical structure, specifically its biomechanics and fiber type composition. This information helps you select the correct rep ranges, weekly volume, and rest periods for optimal results. But many lifters don’t specifically tailor these loading parameters to individual muscles. For example, they’ll dedicate 4-6 weeks to “hypertrophy” and perform every exercise in the 8-12 rep range.

That’s a mistake. Optimal hypertrophy training is muscle specific.

Let’s begin

In this two-part article, I’ll give you all the necessary information on these two topics – biomechanics and fiber type composition – for each major muscle group.

Today’s article will cover the chest, triceps, and shoulders, but begin with a brief recap on muscle fibers.

Fiber One-Two-Three

There are at least three different types of muscle fiber. In order of increasing contraction speed, increasing force production and decreasing resistance to fatigue, you have type I, type IIa, and type IIb fibers.
Type I fibers are slow-twitch and type II fibers are fast-twitch.

The following table lists the main characteristics of each muscle fiber type.

table

Each muscle has a different fiber type composition. Some muscles are fast twitch dominant while others are slow twitch dominant.

Muscle fiber type composition is largely genetically determined and has very important muscle-specific training implications. Fast twitch fibers respond best to relatively low volume, long rest intervals, high intensity and low frequency. Slow twitch fibers, in opposition, respond best to relatively high volume, short rest intervals, low intensity and high frequency. Perhaps most importantly, fast twitch muscle fibers have significantly greater growth potential than slow twitch fibers.

Even in untrained individuals, they’re normally more than 20% larger and it’s not uncommon for them to be over twice as large.

The fiber type composition of each muscle varies per individual, but as with most physiological characteristics, people don’t differ that much. In the general population, differences in percentage of slow twitch muscle fibers are normally below 5% and almost always below 10%. So, you probably aren’t that special in this regard, even though your momma said you were. As for muscle fibers changing from one type to another, getting old seems to be a factor (the percentage of fast twitch muscle fibers in your body starts to decrease after age 30), although some studies have shown high intensity resistance training helps to prevent this.

Bodybuilding type training, with loads between 6 and 12RM, can also turn both type I and type IIb fibers into type IIa fibers.

Whatever the story, since weightlifters, powerlifters, bodybuilders, and sedentary populations differ less than 5% regarding the percentage of slow twitch fibers in their muscles, it’s unlikely that you need to take fiber conversion into account with your training. Also, the theory that high intensity (>90% of 1RM) is optimal for hypertrophy because it makes you more fast twitch and those fibers have the highest growth potential is false. Yes, getting stronger helps you get bigger as it enables you to put more stress on your muscles, however, it’s also important not to neglect your slow twitch fibers. In bodybuilders, equal hypertrophy of both fiber types has been found, in contrast to powerlifters and Olympic weightlifters, which show preferential hypertrophy of the type II fibers.

In conclusion, for maximum hypertrophy, you should always try to find a balance between volume and intensity.

The Test

Of course, this is all just theoretical if you don’t know the fiber type composition of your muscles. To solve this problem, some smart trainers – who for whatever reason, always seem to be French Canadian – came up with a test to find out how fast twitch a muscle is. This test is commonly known as the 80% test. In short, you find your 1RM for an exercise that isolates a specific muscle and then test how many reps you can do with 80% of that. If you can do less than 8, the muscle is fast twitch dominant. If you can do more than 8, it’s slow twitch dominant.

There are much more elaborate variations of this test – for example, Charles Poliquin uses 85% for 5 reps as the norm – but the principle is always the same. If you want to know more about this test, I recommend reading Christian Thibaudeau’s Black Book of Training Secrets.

The upside of this test is that it’s individualized. The downside is that it’s impractical. I don’t know of anyone that uses it systematically because you need to find an exercise for each muscle that really isolates it, meaning it’s probably hard to do a 1RM with that particular exercise (ever do a 1RM fly?). You also can’t overcome neural factors. Bad technique or an inefficient nervous system will cause you to underestimate your 1RM and make you look more slow-twitch than you really are. You can use exercises like front squats and dumbbell bench presses to get a general idea of your fiber make-up, but it’s far from perfect.

The good news is that there’s considerable research on muscle fiber type composition, so now that we’re done with the introductory notes, let’s get to the good stuff!

Chest

The pectoralis major consists of two heads – the sternal head (lower chest) and the clavicular head (the upper chest). The chest’s primary functions are transverse shoulder flexion and adduction, as in fly movements.

So, to target the pecs you should pick exercises that involve transverse shoulder flexion or adduction.

Note:

It’s flexion when the shoulders are internally rotated and adduction when the shoulders are externally rotated. If you have trouble seeing the rotation of your shoulder, look at your elbows when your arms are raised in front of your body. Elbows out to the side means the shoulders are internally rotated and elbows to the floor means the shoulders are externally rotated.

Remember this, because you’ll need it in a minute.

Additionally, the angle between your arms and your body determines which head of the pectoralis is trained most – incline for upper chest, and decline for lower chest. A problem many lifters have when training their pecs is that the anterior deltoid takes over. The anterior deltoid is also involved in transverse shoulder flexion, but its role in adduction is small. As such, if you want to isolate the pecs from the anterior deltoid, perform movements with the shoulder externally rotated. The most obvious choices would be standard fly movements where you actively try to slightly supinate your hand. However, even though the pecs are best isolated by exercises involving external shoulder rotation, the pectoralis major is biomechanically more efficient and thus stronger when the shoulders are internally rotated.

This means you can’t maximally stimulate the chest without training the anterior deltoid and you should take this into account when designing a program. It’s a common mistake to overemphasize the front delts.

So which exercises are best at stimulating the chest?

For pressing movements, the more you flare your elbows out to the sides, the better. This internally rotates your shoulders and makes the exercise involve more transverse shoulder flexion and less (non-transverse) shoulder flexion, which is the movement that occurs during front raises and mainly targets your front delts. In agreement with Vince Gironda and TC, neck/guillotine presses are arguably the greatest pec exercise in existence. Benching like this is known to cause shoulder pain for some – not to mention decapitate the odd hapless pudknocker who erroneously assumed “Guillotine” was yet another French Canadian strength coach – so you may want to use dumbbells or not take the risk at all.

An underrated exercise that doesn’t mess up your shoulders while still really hitting the pecs is pronated grip fly’s. Most people do fly’s exclusively with a neutral grip, but the pectoralis major is stronger when the shoulders are internally rotated, so a pronated grip is superior for chest stimulation.

You can do this with dumbbells, but dumbbell fly’s have a resistance curve that doesn’t match the human strength curve (no tension at the top) and going too deep can compromise the shoulders. As such, I prefer cables. If your gym doesn’t have attachments that allow for a pronated grip, like straight handles or short ropes, you can just grip the hooks (attachments are for pussies, right?) or pull straps through the hooks and grip the straps.
As for the optimal amount of reps to use for chest exercises, use relatively low to medium reps.

The pectoralis major is a performance muscle and both its heads are predominantly fast twitch in almost everyone, with 60% type II fibers being the average.

Take home messages

  • The pectoralis major is composed of approximately 60% fast twitch fibers.
  • It’s strongest when the shoulders are internally rotated (elbows pointing away from each other during bench presses) and is therefore best isolated by flaring the elbows out to the sides.
  • Try medium-rep cable flys with a pronated grip.

Triceps

If you understood the section about the chest, you know why benching like most powerlifter isn’t optimal for chest development. Powerlifters often don’t have the biggest pecs, but their triceps are usually monstrous (Dave Tate, anyone?).
This isn’t only due to the biomechanics (arched back, elbows tucked, J-curve) of the powerlifting bench press that emphasizes the triceps over the chest, but also the triceps’s fiber type composition.

Even more so than the pectoralis major, the triceps brachii is a performance muscle.

It’s fast twitch fibers outnumber their sluggish counterparts two to one with approximately 67% type II fibers.

Accordingly, it’s best to use relatively low reps the majority of the time. There’s one more thing you should know about the triceps – it consists of three heads (long, lateral and medial) and the long head is biarticulate, meaning it crosses the elbow and the shoulder joint and helps to extend and adduct the shoulder (move your arm down and towards your body). That means it enters ‘active insufficiency’ when it has to function as an elbow extensor while the shoulder is adducted or extended.

That is, it can’t exert enough tension to be active at both joints at the same time. Basically all horizontal presses, including dips (you might say they’re vertical, I say who cares?) leave the long head under-stimulated. You need overhead work to train the entire triceps.

Take home messages

  • The triceps is composed of 67% fast twitch fibers, so train it according to the adage, “go heavy or go home.”
  • The long head needs to be trained with overhead work.

Shoulders

As you probably know, there are three deltoids – the anterior, lateral, and posterior head of the shoulder.

By the way, there is no such thing as a ‘medial head.’ In anatomy, medial refers to ‘near the middle of the body,’ whereas the correct term, lateral, refers to ‘the outside of the body.’

The terms are commonly confused and understandably so, but they’re in fact opposites, not synonyms. Terminology isn’t the only thing that’s misunderstood about shoulder training. Many people use completely unbalanced shoulder programs. Gundill (2002) noted that bodybuilders have front delts that are on average five times bigger than sedentary people. But their lateral delts are just three times bigger and their rear delts a mere 10 to 15 percent bigger.

This isn’t surprising, given that many people do horizontal and vertical pressing on top of shoulder work – and their shoulder work isn’t balanced to begin with.

This is partly due to the misconception that side raises are a good isolation exercise for the lateral deltoid. They’re not, unless you modify the exercise. During abduction, as in a side raise, taking the force generated by the lateral deltoid as 100%, anterior deltoid force is approximately 75% and supraspinatus force is 25%. That means the supraspinatus (another rotator cuff muscle) and the anterior deltoid together produce as much force as the prime mover, the lateral deltoid.

Furthermore, these studies were done on basically sedentary people, so athletes with dominant front delts can expect even worse results. The same holds true for overhead pressing movements. Doing them with a wide grip or with dumbbells helps a bit, but they still don’t produce balanced shoulder development by themselves.

So how do you train the middle shoulder without involving the front?

Decrease the amount of shoulder flexion (raising your arm as in a front raise). You may have heard that it’s safer to do side raises in the ‘scapular plane’ which is about 30° to the front, and this is correct, but that means it becomes a front raise. The same goes for not fully extending the elbow. Yes, it’s easier on the elbow joint, but you should still aim for 99% extension. This should be sufficient to keep the stress on the muscles instead of the elbow. You want the weight to be in a line that extends straight from your lateral deltoid. This means it’s better to do the exercise on an incline bench.

Try an angle between 15 and 60° incline. The lower the angle, the more you also involve the posterior deltoid.

Doing side raises on an incline brings me to another factor to increase lateral delt activity, range of motion. The first 30° or so degrees of abduction are produced primarily by the supraspinatus, after which the lateral deltoid becomes the prime mover. Now, that’s not a bad thing, because the supraspinatus needs training as well, but it does mean you need to control the motion at the top. If you’re one of those yahoos that yank the weight to the side and then duck under it, you’re just straining your supraspinatus instead of training your lateral delts.

If you do the exercise on an incline bench (face into the bench), you can’t duck under it, and can focus on muscle activity instead.

There’s one more very important factor that determines shoulder muscle activity – shoulder rotation (just like with the pecs). The more you internally rotate your shoulder during shoulder flexion and abduction, the more you involve both the lateral and the posterior head, and the less you involve the anterior head. However, during horizontal shoulder abduction, as in a reverse fly, externally rotating your arm actually increases lateral deltoid activation at the expense of the posterior deltoid. So for lateral and posterior deltoid training, I advocate extending your elbow very close to fully, not using the scapular plane, and internally rotating your shoulder.

These technique adjustments increase middle delt stimulation, but also decrease subacromial space width and increase impingement risk, so take care if you have shoulder issues. Also, you can counter these problems somewhat by retracting your scapulae.

The thing is, shoulder impingement is mainly a concern if your shoulders aren’t structurally balanced to begin with and these exercises ameliorate that situation, so it’s a bit of a chicken-and-the-egg scenario. Additionally, I recommend doing shoulder isolation work on an incline, which is generally easier on the shoulder. As for the posterior delts, besides internally rotating the shoulders during reverse flys or low incline side raises, you can train them with any type of pulling motion, such as rows or face-pulls, that hyperextend the shoulder (bring the elbow behind the body). The lats and the pecs can’t extend the shoulder beyond anatomical position, so the posterior deltoids then become the prime movers. For front delts, the front raise in the scapular plane with the shoulder externally rotated is a decent, risk-free front delt exercise.

Unless you’re not doing any overhead pressing work, I don’t think you need any front delt isolation work though, especially not until your shoulders are structurally balanced.

Speaking of structural balance, to train the external rotators, I recommend face-pulls with an underhand grip. Be sure to pull the rope all the way against your face. If you want to isolate the infraspinatus and teres minor, do side-lying external rotations. They produce the greatest EMG activity of most external rotation exercises and allow for full ROM. Remember though, reverse flys also train all the external rotators, so unless you have trouble activating the infraspinatus and the teres minor, it’s generally sufficient to just do those and face-pulls. As for reps, all scapula-humeral muscles are actively involved in maintaining posture and stabilizing the shoulder during practically every upper body movement. As such, they can be expected to have a high work capacity and are correspondingly around 60% slow-twitch dominant.

This goes for the entire shoulder girdle, with one curious exception – the infraspinatus provides some oomph for the external rotators and is fast twitch dominant by a small margin.

Take home messages

  • Traditional shoulder programs emphasize the anterior deltoid at the expense of the rest of the scapula-humeral muscles.
  • Overhead presses are generally plenty of work for your anterior deltoids.
  • Add incline side raises and reverse flys with your shoulders internally rotated to balance the program and round out your delts.
  • Use relatively high to medium reps.

I hope this article has given you some new ideas to optimize your training. In the next installment, we’ll deal with the remaining major muscles in the human body.

I understand that some of this information may be overwhelming for people without any background in functional anatomy, so don’t hesitate to ask if you have any questions!

References

  • Age and sex affect human muscle fibre adaptations to heavy-resistance strength training. G F Martel, S M Roth, F M Ivey, J T Lemmer, B L Tracy, D E Hurlbut, E J Metter, B F Hurley, M A Rogers. Exp Physiol. 2006 March; 91(2): 457–464.
  • Changes in performance, muscle metabolites, enzymes and fibre types after short sprint training. B Dawson, M Fitzsimons, S Green, C Goodman, M Carey, K Cole. Eur J Appl Physiol Occup Physiol. 1998 Jul;78(2):163-9.
  • Comparative effects of high- and low-intensity resistance training on thigh muscle strength, fiber area, and tissue composition in elderly women. D R Taaffe, L Pruitt, G Pyka, D Guido, R Marcus. Clin Physiol. 1996 July; 16(4): 381–392.
  • Data on the distribution of fibre types in five human limb muscles. An autopsy study. F G Jennekens, B E Tomlinson, J N Walton. J Neurol Sci. 1971 November; 14(3): 245–257.
  • Data on the distribution of fibre types in thirty-six human muscles. An autopsy study. M A Johnson, J Polgar, D Weightman, D Appleton. J Neurol Sci. 1973 January; 18(1): 111–129.
  • Effect of strength training on enzyme activities and fibre characteristics in human skeletal muscle. A Thorstensson, B HultŽn, W von Dšbeln, J Karlsson. Acta Physiol Scand. 1976 March; 96(3): 392–398.
  • Effect of training on enzyme activity and fiber composition of human skeletal muscle. P D Gollnick, R B Armstrong, B Saltin, C W Saubert IV, W L Sembrowich, R E Shepherd. J Applied Physiology 1973; 34(1): 107–111.
  • Effects of high intensity canoeing training on fibre area and fibre type in the latissimus dorsi muscle. S J Baker, L Hardy. Br J Sports Med. 1989 March; 23(1): 23–26.
  • Electromyographicanalysis of the rotator cuff and deltoid musculature during common shoulder external rotation exercises. M M Reinold, K E Wilk, G S Fleisig, N Zheng, S W Barrentine, T Chmielewski, R C Cody, G G Jameson, J R Andrews. J Orthop Sports Phys Ther. 2004 July; 34(7): 385–394.
  • Fiber type composition and maximum shortening velocity of muscles crossing the human shoulder. R C Srinivasan, M P Lungren, J E Langenderfer, R E Hughes. ClinAnat. 2007 Mar;20(2):144-9.
  • Muscle fibre types and size in trained and untrained muscles of elite athletes. P A Tesch, J Karlsson. J Applied Physiology 1985; 58(6): 1716–1720.
  • Muscle hypertrophy and fast fiber type conversions in heavy resistance-trained women. R S Staron, E S Malicky, M J Leonardi, J E Falkel, F C Hagerman, G A Dudley. Eur J Appl Physiol Occup Physiol. 1990; 60(1): 71–79.
  • Muscular adaptations in response to three different resistance-training regimens: specificity of repetition maximum training zones. G E R Campos, T J Luecke, H K Wendeln, K Toma, F C Hagerman, T F Murray, K E Ragg, N A Ratamess, W J Kraemer, R S Staron. Eur J Appl Physiol. 2002 November; 88(1-2): 50–60.
  • Performance and fibre characteristics of human skeletal muscle during short sprint training and detraining on a cycle ergometer. M T Linossier, D Dormois, A Geyssant, C Denis. Eur J Appl Physiol Occup Physiol. 1997;75(6):491-8.
  • Pressing Issues: Building better shoulders with overhead presses. M Gundill. Ironman 2002 August; 8: 42.
  • Shoulder muscle activity and function in common shoulder rehabilitation exercises. R F Escamilla, K Yamashiro, L Paulos, J R Andrews. Sports Med. 2009; 39(8): 663–685.
  • Skeletal muscle adaptations during early phase of heavy-resistance training in men and women. R S Staron, D L Karapondo, W J Kraemer, A C Fry, S E Gordon, J E Falkel, F C Hagerman, R S Hikida. J Appl Physiol. 1994 March; 76(3): 1247–1255.
  • The role of resistance exercise intensity on muscle fibre adaptations. A C Fry. Sports Med. 2004; 34(10): 663–679.
  • The upper extremity of the professional tennis player: muscle volumes, fiber-type distribution and muscle strength. J Sanch’s-Moysi, F Idoate, H Olmedillas, A Guadalupe-Grau, S Alay—n, A Carreras, C Dorado, J A L Calbet. Scand J Med Sci Sports. 2010 June; 20(3): 524–534.
  • Training induced changes in the subgroups of human type II skeletal muscle fibers. P Anderson, J Hendriksson. Acta Physiologica Scandinavica 1977; 99: 123–135.
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44 Comments

  1. Todd says:

    Amazing article!! Thanks SS & Menno

  2. Mr.Garcia says:

    Great article, how can I be informed when the second part comes out?

  3. Admin says:

    @Mr.Garcia – Glad you enjoyed it, Part 2 will be out soon.

  4. jacob says:

    Excellent stuff, you made my day. Cannot wait for your next article!

  5. David N. says:

    Amazing article! Vital information for training. thanks!

  6. Chris says:

    Excellent article, great tips

  7. Tikorockz says:

    Amazing article! answered and/or confirmed a lot of what ive been trying to figure out. Great work!

  8. Corey says:

    Great article, new direction to approach training with

  9. Adriano says:

    Loving this website! Thanks for all the content and motivation, definitely helping me progress in reaching my goals!

  10. Noriz says:

    Wow, been waiting for an article like this. Great stuff! looking forward to part 2

  11. isaiah says:

    Wow! very informative. thanks!

  12. Thanks for the warm welcome to SS everyone! I’ll be happy to answer any questions you may have here. You can also follow me on my website, Twitter or Facebook.
    Twitter: https://twitter.com/#!/MennoHenselmans

  13. ARGHO says:

    I basically use wide grip upright rows or dumbbell upright rows (I don’t do them in the same workout) to train my mid delts and use dumbbell rear delts rows and pronated grip reverse fly for the rear delts….. Do you think that these compound exercises (wide grip upright rows or dumbbell upright rows) are somehow better than incline side raises???? And I use pronated grip while doing reverse fly, do u think it’s ok????

    OHH I almost forgot to tell you that this article was a blast :) it was very informative and I’m including this pronated grip fly in my next workout :) THANK YOU FOR THIS ARTICLE.

  14. Marc says:

    You mention internally rotating the shoulders when doing the incline lateral raises. Does this mean that you lead with little finger facing the sky and thumb pointing down toward the ground (or your palms facing behind you)?

    Also, do you the think overhead triceps extensions can be performed effectively with bands?

    Thanks,

    Marc

  15. Taylor says:

    what a fantastic article. i especially appreciate the scientific approach and the use of anatomical terms and referencing. Would be interesting to see how many pro’s are missing some of these concepts!

  16. Kris says:

    Fantastic article Menno. I’ve been very interested in hypertrophy training as of late (need to get dem big musklez!) and this article fit the bill nicely. Will reps be discussed in part 2? I can’t wait!

  17. Cindy says:

    When I google ‘Face pull with an underhand grip’ , I get nothin. Have you a video or can you describe this for me.
    Amazing / excellent article , thanks so much.

    cindy

  18. dang says:

    wow, just wow >_<
    thanks so much for this menno
    been looking everywhere for something like this

    i know i'm being a baby…..
    but a dummy's glossary would be nice :P

  19. @ARGHO: Upright rights are biomechanically almost identical to internally rotated side raises. Think about it. If you extend your elbows during upright rows with DBs you’re basically doing a side raise. Upright rows take shoulder abduction very far with an internally rotated shoulder, however, which decreases subacromial space width and puts you at serious risk for shoulder impingement. So, I prefer side raises and overhead presses.

    Pronated grip reverse flys are awesome for the posterior delts.

    @Marc: Yes, that’s internal rotation of the shoulder for side raises.

    I wouldn’t use bands for triceps extensions, because you really want a lot of resistance in the stretched position as well. See the ‘resistance curve equals strength curve’ section in my 7 Principles of Exercise Selection article.

    @Kris: Reps will be discussed in a different article, because they’re actually quite complicated to figure out. The optimal amount varies depending on your training history, for example.

    @Cindy: You know how you usually grip the rope for face pulls? It’s the same as for a triceps pushdown. That’s an overhand grip. This is an underhand grip (the hand is under the rope) : http://www.youtube.com/watch?feature=player_embedded&v=xzfmuZQyXpE

    @dang: I know, so feel free to ask about anything that is unclear!

  20. Azlan says:

    Amazing article! Really taught me alot and it was very detailed. Can’t wait for the next installment! :)

  21. Anonymous says:

    Awesome article, a few pictures when it comes to all the shoulder positions would be helpful in a sea of incline, decline, internal and external references. MORE LIKE THIS!!

  22. Drake says:

    Does this mean sprinters would make great power lifters and bodybuilders due to fast twitch dominance?

  23. @Drake: Yes, though the reverse is not necessarily true and a lot more factors, like anthropometry, come into play to determine whether someone is genetically predisposed to excel in a sport. Strength sport athletes only differ from sedentary populations by about 5% in fiber type composition, but Olympic level sprinters have been known to deviate much more.

  24. simon says:

    Great article but what does low, medium and high reps mean in practical terms?

  25. nikke says:

    Had to read the article several times to fully understand and appreciate the depth of physiological information given. Very well written quality article, please more of this, as well as part 2, I really want to read it right now!

  26. Alex says:

    Coach Menno, what is your view about wide grip ez-bar upright rows to below chest level? More effective side delt exercise or do you still prefer side raises?

    Also is partial overhead press from top of head and up a effective triceps exercise? I have a problem finding a good triceps exercise as most either don’t allow one to lift heavy weight or they destroy the elbows. I am also heavily chest dominant so any kind of close grip pressing will almost only hit my chest.

  27. Hugo says:

    Does anyone know the name of the model with the jump ropes? Goal physique right there.

    Thanks

  28. dang says:

    take some time on releasing the second installment, i’m still making my way through this one :P

    anyways, sorry if this is a dumb question….

    but when you said:
    If you have trouble seeing the rotation of your shoulder, look at your elbows when your arms are raised in front of your body. Elbows out to the side means the shoulders are internally rotated and elbows to the floor means the shoulders are externally rotated.

    what direction are your hands supposed to be facing…..
    my elbow moves from down to the side when i rotate my hands??

  29. @simon: They’re relative terms, because the optimal amount of reps depend on various other factors as well. There’s no 1 number of reps that’s optimal for everyone.

    @Alex: You can do upright rows like that instead of side raises, yes. May want to use a rope attachment on a pulley station to protect your wrists and equalize the resistance curve.

    Partial OHPs are not optimal, because they don’t use a full ROM for the triceps. Look at my ‘7 principles of exercise selection’ article for some ideas.

  30. Tony says:

    @Hugo – That is Dan Decker

  31. @dang: You can rotate your wrists independent of your elbows, so that question is hard to answer. At the end of a bench press with a straight barbell, your elbows practically have to be facing away from each other, so your shoulders are internally rotated. Does that help?

  32. John says:

    this is a very well done article Menno!

    Low reps: 6-8
    medium: 8-10
    high: 10-12

    ?

  33. ARGHO says:

    Thanks man for the reply. Really appreciate it… God bless you bro :)

  34. Harry says:

    Great article and very informative….thank you. A quick technical question…..
    For bench press technique then, is it then better to have your elbows flared out, at a 90 degree angle…which results in lowering the bar to your neck area (guillotine), then it is to the commonly held belief, that your elbows should be at 45 degrees to the torso, and this lowers the bar to the nipple line?

  35. Shane D says:

    Great article. I was already doing a lot of the stuff you’re recommending, and now I finally understand why!

  36. Danny M says:

    Aren’t shallow angle incline side raises and reverse flys essentially the same exercise? In which way do they differ and how would you perform each one correctly?
    Thanks

  37. RJ says:

    I also would like to know the answer to John’s question of rep ranges. Is the 6-12 range used for low, med, hi?

  38. Wesley says:

    Really good article! I have noticed my rear delts aren’t developing like my front and sides. Gonna apply this to my next shoulder workout. Thanks

  39. AZ says:

    Menno, I just read the article and it makes a lot of sense. I wanted to ask you what you felt about utilizing supersetting and drop setting as in HIT training with the exercises you mentioned. Also what about implementing static holds. Thanks for any advice you can provide.

  40. Denny Tate says:

    This is the BEST information EVER on getting big pecs. The article finally pointed out to the whole world to read, the TWO BEST pec exercises. Number 1 being pronated flyes and a very very close second being the Gironda neck/guillotine press. Now there is absolutely NO EXCUSE for anyone to have flat unimpressive pecs anymore. OUTSTANDING JOB. Keep up the great work!!!!!

  41. Mhd Skr says:

    Amazing, the most informative article I’ve ever read.

  42. Boofa says:

    Amazing article(s) btw. Filled a lot of gaps which previously didn’t make sense to me.

  43. Jeremy D says:

    I know this is a late post but I just found this incredible article recently. I’ve been taking your muscle specific hypertrophy advice (as much as I can understand) into the gym and have been having steady consistent growth. Do you have any workout regimens designed for the different body parts with these principles in mind that I can use?

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