Well I've been able to get a small amount of growth on my pecs thanks to the advice you guys have given me so far.
However--my pecs are forming weird--and I need to gain more mass in the innerpecs.
i.e. I can tell my pecs are growing in the middle and the outside.
Maybe I'm not doing enough inner pec workouts?
Essentially what I would like to do is the close the gap between the two pecs, while gaining mass.
Any advice for working the inner pecs?
pz
|
Thread: Exercises for inner pecs?
-
12-21-2005, 03:31 AM #1
Exercises for inner pecs?
-
12-21-2005, 03:52 AM #2
Time. Just keep lifting and give it time. You can't hit the outside or inside of your pecs separately. The muscle contracts as a whole across its length. You need to make your chest bigger as a whole.
You can play the game or live the adventure.
Goals--To be able to do the following exercises:
Front Lever Pull-ups
Planche Push-ups
Muscle Ups
Human Flag
-
12-21-2005, 04:05 AM #3
-
12-21-2005, 05:12 AM #4
We had this exact thread a week ago. Here was what I wrote in it. Hope it helps. BTW, all the other posts were the same as the ones above - they say you can't target the inner or outer part of the pecs.
Try this: mimic a chest press and hold the contraction. Did you feel it in your inner chest? Not really, right. Now try this: touch your elbows together in front of your chest and hold the contraction. Now can you feel it in your inner chest? Probably. There's your answer. Holding the peak contraction on any kind of fly will hit your inner chest more. Now try this: mimic a chest press with one hand in a wide grip position, the other hand on your sternum (fingers on the inner part of the pec your pressing with). With your arm as wide as it will go, press forward; can you feel the inner part of you pec contract? Most likely not really; now bring your hand way in as if doing a narrow grip bench press. Do the same thing. Can you feel the muscle now? Probably. Close grip bench presses will also hit your inner pecs to a greater degree.
These are exercises you could do anyway - pec dec flyes, AT cable flyes, what have you for chest; ngbp for triceps. if I'm wrong and you really can't target inner chest to any degree, then it won't hurt you to do them anyway. But the better approach is to use the mind-muscle link and target your lagging area with specific exercises and a postive, well thought out plan of attack.
-
-
12-21-2005, 05:18 AM #5
-
12-21-2005, 06:21 AM #6
-
12-21-2005, 06:22 AM #7
-
12-21-2005, 06:36 AM #8
-
-
12-21-2005, 11:45 AM #9
-
12-21-2005, 11:46 AM #10
I used to post in threads like this, explaining the concepts of compartmentalization, and non-uniform hypertrophy. Then I realized 99% of the people who ask these questions are 140lbs with a 39" chest. If you haven't been training for 5 years and have a >45" chest, then nothing is going to help besides overall mass.
I don't know either lol
-
12-21-2005, 10:31 PM #11
Bumping.
Hey--tonight I did some mad dips.
I was actually quite surprized--it felt good to do dips.
Anyhow I know that dips is a great bulking excersize for the pecs and I'm going to incorperate it probally everyother day I hit up the gym.
Whats a good routine when doing dips?
i.e. how many sets/reps?
pz
-
12-21-2005, 10:52 PM #12
-
-
12-21-2005, 11:40 PM #13Originally Posted by FarEastBeast
touch my elbows together..hell yea you feel the "inner chest" you just compacted all you pec muscle between your arms pushing the bellies of both together.
CGBP targets inner chest??? since when thats all tri's/shoulders if done right
for the record as it was stated earlier in this thread there is no inner chest muscle...
get a larger bench press and your chest will grow....Vi Veri Veniversum Vivus Vici.
-
12-21-2005, 11:40 PM #14
-
12-21-2005, 11:43 PM #15
-
12-22-2005, 12:17 AM #16
-
-
12-22-2005, 06:13 AM #17Originally Posted by X-Zit
As for dumbbells, you can do it by keeping your hands facing each other and your elbows in. Or you can use an EZ bar.
-
12-22-2005, 06:18 AM #18
-
12-22-2005, 06:23 AM #19Originally Posted by W8isGR8
BTW, what are the concepts of compartmentalization and non-uniform hypertrophy?
-
12-22-2005, 09:25 AM #20Originally Posted by FarEastBeast
Compartmentalization is the concept that muscle fibers are not continuous. Meaning, it's not just one fiber that runs from origin to insertion, but rather a "chain" of fibers, much like a train. These compartments contract in a ripple like motion, so the fibers near the insertion get hit the hardest, the most often. Which is why movements like preacher curls hit the lower biceps, where as concentration curls work higher on the muscle.
The key for inner chest is to stress the last 1/3 of a flye movement, or any chest exercise with a peak contraction(Pec-dec, Atrainer flys, cable-crossovers.)I don't know either lol
-
-
12-22-2005, 09:27 AM #21
Antonio (1999) the worlds leading authority on Non-Uniform Hypertrophy provided numerous lines of evidence for non uniform hypertrophy and has summed what these evidences suggest as follows:
Skeletal muscle is a complex tissue that shows a prodigious capacity for growth. The notion that an individual muscle is just a compilation of muscle fibers that traverse from origin to insertion is simplistic and egregiously flawed. There are obvious differences between muscles with regard to size, architecture, and fiber composition. Moreover, within the same muscle, one can find regional differences in fiber size and fiber composition. Within a single fiber, one can find differences in MHC isoform expression and diameter.
Thus, it would make sense that the response of skeletal muscle to resistance training would be a nonuniform hypertrophy. In fact, the idea that a muscle would respond in a uniform fashion would seem implausible in light of the fact that there are distinct physiological/anatomical differences within a single muscle.
The existing studies (both acute and chronic training) show that within a given muscle, there is not a homogeneous response with regard to electrical activity (as measured by EMG), changes in muscle area, muscle fiber area, or even fiber number.
The purpose of this paper is to examine the concept of compartmentalization as it relates to intermuscular symetry.
Compartmentalization
Studies have confirmed the existence of neuromuscular compartments (Wilson, 2003, An Unmatched Analysis of the Elbow Joint). One compartment is a "portion" of a muscle which is supplied by a particular nerve branch. This compartment contains, in many cases, motor units with distinct functions. Further, the number of muscle fibers in a neuromuscular compartment varies. Van Zuylen et al.(1988) explains by stating that, "Most muscles are not activated homogeneously; instead the population of motor units of muscles can be subdivided into several subpopulations (79)." These scientists further state that:
"Inhomogeneous activation of the population of motor units in a muscle is a general finding and is not restricted to some multifunctional muscles (79)." The term inhomogeneous refers to differing activation. That is, all muscle fibers are not recruited for one task in a single muscle; rather, differing tasks can call a specific portion of a muscle into play. Van Zuylen et al.(1988) confirms the complexity of the issue by stating: "On the other hand, motor units in muscles are not necessarily activated if their mechanical action contributes to a prescribed torque. For example, there are motor units in the medlial biceps that are activated during flexion torques, but not during supination torques." What was explained is extremely vital to this article and your training. It was noted that certain parts of the muscle were activated during flexion, but not during supination. This is the concept of compartmentalization and there is much experimental evidence for it.
Chaunad, Pratt and Loeb (1989) investigated a cat's biceps femoris musculature and found that, "The BF muscle consists of three neuromuscular compartments: anterior (BFa), middle (BFm) and posterior (BFp). Each compartment is innervated by a separate nerve branch.” It was found that each compartment had distinct neuromuscular functions. English and Letbetter(1982) studied the gastrocnemius (the large posterior calf muscle) and found that, "The lateral gastrocnemius is more complex and contains three distinctly identifiable heads, each of which is a unipennate band of fibers coursing between a proximally attached aponeurosis of origin and a distal aponeurosis of insertion"
In the Journal of Physical Therapy, English et al. summarizes the "partitioning hypothesis" as follows:
1. " The partitioning hypothesis is based on the fact that an individual muscle is arranged in a more complex array than simply fibers attaching at aponeuroses, tendons, or bones with a single muscle nerve innervation."
2. They state that neuromuscular compartments "are distinct subvolumes of a muscle, each innervated by an individual muscle nerve branch and each containing motor unit territories with a unique array of physiological attributes."
3. Finally, they assert what many other Scientists have confirmed: "These data are complemented by physiological studies, the results from which suggest that partitions may have functional or task-oriented roles; that is, different portions of one muscle may be called into play depending on the task demands of the situation."
A great deal of evidence supports the above discussion. As one example, one of the most manipulated muscles in the body is the biceps brachii. Bodybuilders utilize numerous angles while training it. In support of such protocols Segal (1992) wanted to see if the clear Electrophysiological evidence that the human biceps brachii muscle is organized into functional neuromuscular compartments had an anatomical basis( electrophysiological in that, clear electrical studies have supported that the biceps do not act in a homogenious manner, but rather task specific). Here is a summary of their findings:
"The purpose of this study was to determine whether there was an anatomical basis for these compartments. Dissection of the biceps revealed both architectural and nerve branching pattern compartmentalization within the muscle. Although the biceps brachii is grossly subdivided into long and short heads, these heads are further subdivided into roughly parallel architectural compartments. Moreover, these architectural compartments usually receive a private nerve branch, thus supporting the notion that the human biceps brachii has neuromuscular compartments."
Thus, there is not only functional evidence, but now anatomical evidence for neuromuscular compartmentalization in the biceps. However, there is much more supporting evidence for the above. Brown (1993) conducted a study which was rightfully named, "Further evidence of functional differentiation within biceps brachii" They studied whether supination during various phases of flexion could activate different portions of the muscle. It was found that when the elbow joint was fully extended (or actually when extended below 90 degrees), that the long head of the biceps was more activated than the short head during supination movements, and the short head was more activated when the elbow was flexed past 120 degrees of flexion than the long head.
Romeny, van der Gon, and Gielen (1988) discovered something truly astonishing. These scientists studied the long head of the biceps. In doing so, it was revealed that motor units in the lateral aspect of the muscle were specialized for flexion of the elbow joint, motor units located medially were activated for supination of the forearm, and motor units located in the center of the head were specialized for both movements superimposed on one another.I don't know either lol
-
12-22-2005, 10:32 AM #22
-
12-22-2005, 10:36 AM #23Originally Posted by jocularric
If you type "muscle fiber compartmentalization" into yahoo you'll get a lot more tooI don't know either lol
-
12-23-2005, 04:41 AM #24Originally Posted by W8isGR8
"Danny [Padilla] trained smart. One time I was watching him do cable flyes and I asked him, "Why do you not go all the way out [to the arms outstretched position], but only do a three-quarter movement?" He replied, "Because I'm aiming for the inner pecs; the three-quarter movement makes the stress on them more concentrated and intense . . .. Try it and find out." So I tried it, and the next day I was sore. I told Danny, "My chest keeps cramping and I NEVER get that the day after a workout."
Now, I'm not (and certainly Arnold never has) advocating three-quarter movements for new trainers. Work the muscle through a full range of motion and develop overall mass. But common sense, backed up by expert testimony and science (thanks again W8) shows that the last 1/3 or 1/4 or whatever, is where the action is for inner pecs.
-
-
12-23-2005, 05:06 AM #25
- Join Date: Jan 2004
- Location: Connecticut, United States
- Age: 73
- Posts: 12,657
- Rep Power: 50533
BEAST: whenever I have a training partner do flyes, I make it mandatory to stop the motion at the 3/4 mark, in fact, what I do, as a "spotter", is stand over the lifter and outstretch my arms and then use them as a stopping point for him, so that he cannot make the dumbbells touch, instead of just lazily allowing full extensions and collapse of the time under tension stress, he is instead tensing AGAINST my arms/hands which are preventing him from letting up the tension of the movement....
it has been likened to doing a bear hug, where the "bear" is bigger than your arms can reach around...
-
12-23-2005, 05:13 AM #26Originally Posted by JOHN GARGANI
-
12-23-2005, 12:54 PM #27
- Join Date: Jan 2004
- Location: Connecticut, United States
- Age: 73
- Posts: 12,657
- Rep Power: 50533
training alone is fine, but your really best efforts will come with a good training partner....
When and if the day comes that I really learn how to get video on here, I would love to post a link to a video showing the method I was trying to describe to keep that person's tension throughout the movement on flys.....
Bookmarks