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Impinged Shoulder A/C strain ANY HELP?

blachon

New member
I was just diagnosed with a A/C sprain , said something about tendon apathy, The ortho told it was impinged shoulder syndrome and practically kicked me out of office. It is killing me not to be in the gym. Any body else go through this one?? Any help would be appreciated! Hurts like hell!
BLACHON
 
Your otho sounds like an asshole. You need to go back and find out exactly what's up and what the options are to remedy the situation.

Anyway, here's this guy's story.

Shoulders: An Owner's Manual

by Ari Finander

From Hardgainer #60 - May/June 99'



“Wow man, you look like you know what you’re doing, could you recommend some neck exercises for me?”


“Sure,” I replied, going on to impart the information I’d learned about neck training from THE INSIDER'S TELL-ALL HANDBOOK ON WEIGHT-TRAINING TECHNIQUE. I gave him the reference and author’s name, and encouraged him to look up the other books written by Stuart, politely letting him know that I really couldn’t answer all of his questions at that time, but offering to answer a few more each time I saw him in the gym after that. The young man seemed really keen to learn more. Then came the question: “Hey, how much do you bench?”


“I don’t bench press,” I told him, which pretty much ended the conversation there.


He was probably thinking something to the effect of, “If you don’t bench press, you mustn’t know much about weight training.”


I don’t bench press because I didn’t look after my shoulders properly. I focussed on the chest too much, and on the upper back too little. The problems began with intermittent pain and popping in my right shoulder. Eventually it got to the point where I couldn’t sleep on my right side. Finally, I couldn’t get to sleep because the pain was so bad. As it turns out, I was experiencing the pain of an impingement syndrome. As my sports medicine doctor described it to me in layman’s terms: a ligament in my right shoulder was squishing some of the tendons and other structures there. I could bench press again, if I was to risk surgery, but that’s not something I want to do, now or ever.


From what I know of it, things may work better than before, but after surgery the structures operated on never really heal as strong as before. This is especially so when they were planning to shave away part of one bit inside my shoulder to make more room for the bits being impinged upon.


I decided to hold off on the surgery and see if there was some way I could fix the problems myself, now that I knew where the problems were coming from. I began reading up on the structure and function of the various aspects of the shoulder joint. I also began a month or so of complete rest—no weight training at all. Why a complete layoff? Because the shoulders are involved indirectly in just about every weight-training movement. I personally don’t believe in “training around” injuries as it just leaves you waiting to heal for a longer period of time by continually stressing the injured area.

After this period of complete rest, I began working towards my recovery. I started with stretching exercises for the chest, neck, arms and shoulders. Then I moved on to experimentation to find out which exercises hurt the shoulder, and which did not. I did not want to try several exercises at a given series of workouts, and not be certain about which exercises were causing me pain during or after the workout. One exercise at a time had to be tested, initially, until I was able to get a better idea of which groups of movements hurt, and which groups didn’t.


I spent ten weeks experimenting initially to find out the basic types of movements that my shoulders could still handle. If a movement hurt during the workout, I stopped it. If a movement felt uncomfortable during the workout, I gave it a chance to see if it produced pain the next day, or after a few workouts. If it did, I dropped it. I saw no sense in trying to hold onto exercises that hurt me simply because they are productive for others who are not recovering from injury. I needed time to heal, and I was determined to give my body that time away from exercises that aggravated the injury. I’m still experimenting as my shoulders get stronger and the injury is less and less troublesome.

Every so often I go back and do a few sets of an exercise that I stopped using, to see if it’s still a problem. Most movements still are, but they are getting better. Hopefully in the next year I’ll be bench pressing again, as the bench press was a very enjoyable movement for me.

I gave myself an extra two weeks after the ten weeks of experimentation, bringing the total active healing time to about twelve weeks before I began intensive rehab exercises for my shoulders. I don’t count the much earlier pre-layoff post-injury months as healing time, as I was still trying to train around or through the pain, thus making the injury worse.


The next step involved balancing the shoulders. I needed some major strengthening of my upper-back muscles to counteract the forward pull of my chest musculature. This forward pull was putting several of the structures inside my shoulder joint in greater contact with each other than is desirable. It was also compressing the joint a bit. This, combined with the loads I was previously putting on it doing bench presses and weighted dips, built up to the point where injury occurred.

After I’d healed a bit, I began rehabilitation of the shoulder with my new knowledge. I began using shoulder presses with dumbbells, to increase the strength of the upper traps and abductor muscles. Abduction occurs when the arms are brought away from the body centerline at the beginning of the press, with stress to these muscles throughout the movement. Strict cable rows with an effort to pull my shoulders back at the end of the motion were also used. Incline shrugs were used initially, but had to be dropped due to rib pain from being compressed against the incline bench. Finally, I drastically improved my form on my external rotation exercise—seen as the lying L-fly in THE INSIDER'S TELL-ALL HANDBOOK ON WEIGHT-TRAINING TECHNIQUE—by slowing down the speed of the repetitions (not super slow, but still very controlled) and lowering both the weight and the reps per set (higher reps irritated the shoulder).


In the end, I’m still unable to do any type of bench pressing without pain with the exception of incline dumbbell pressing. However, I no longer have constant pain in my shoulder. I’m also able to do chin-ups again, one of my favorite exercises (probably because they’ve always been difficult for me). As it stands, I don’t think any possible benefits of bench pressing again outweigh the risks of having my shoulder operated on, regardless of how non-invasive the surgery has become.


I’ll convey to you what I know about the basics of keeping your shoulders healthy. For many of you, what I say here will be common knowledge. However, I’ve learned through interaction with both advanced and beginning trainees that what’s common knowledge to many may still be new, and important news to a few.


You can trade in your car after having not taken care of it as well as you should have, and buy another one. But the same is not true of our bodies: what you have now is what you’ll always have, so don’t break it!

This article is divided into three sections: (1) common exercises that can be rough on the shoulders, (2) improving the muscular balance of the shoulders, and (3) mistakes that can occur in normally productive exercises that may injure the shoulders.


1. HIGH-RISK EXERCISES
How many of you reading this have gone into the gym and just cringed at what you’ve seen some people doing? Poor form left, right and center, and some downright dangerous exercises. How many of you have heard one person who seems to know what he’s talking about say one thing and then another person who seems equally reputable tell you the opposite? It can be quite confusing. My purpose here is not to scold you and tell you “don’t do this” and “you’ll get hurt if you do that.” My purpose is to point out some of the aspects of training that have the potential to damage one’s shoulders. I say “potential,” because some people will be able to train productively on an exercise for their entire lives that would cripple ninety-nine percent of other trainees. There are very few absolutes in training.


Upright row
Some people promote the use of upright rowing as a compound movement that focuses more of the stress on the medial deltoid, and trapezius muscles, than shoulder pressing. The action is like the lateral raise machine, where the pads rest on the upper arms, allowing one to use much more weight than would be possible in good form by doing standard lateral raises. However, the exercises are not the same.

The upright row internally rotates the arms, placing the external rotator muscles (the easily injured rotator cuff muscles that hold your shoulder joint together) in a very compromising position of stretch under tension. For the external rotator muscles, this is a position inviting injury. And it gets worse—as the arms are brought upwards in that position, the attachment of some of these small rotator cuff muscles gets squished inside the shoulder joint. For many people, this is just what your body doesn’t need. Over time, the strain builds up, and you end up with a shoulder injury. Add poor form with heaving or jerking the weight up, and you make the situation all the worse.

Press behind neck and chin behind neck
For some people, these exercises work very well. It’s important to understand that it’s only some people who were born with the shoulder structure to tolerate these movements. Most everyone else will have problems stemming from the severe position of the shoulders in the bottom position of the press, and the top position of the chin, where the bar is behind the neck and the shoulders are in a vulnerable position. The problems may make themselves apparent quite quickly, or slowly appear over time. Better choices are dumbbell presses, barbell presses to the front, and regular chin-ups.


Pec deck
This exercise should be renamed “the pec wreck machine.” The strain that this device puts on the shoulders is immense. You’re forcing your shoulders through an unnatural range of motion with the arms externally rotated in most cases. And even if you’ve altered your form to remove this rotation, you’re still hammering the joints and the small muscles holding the shoulder in place. There are so many much more productive exercises out there, that this dangerous isolation exercise is best left alone.


Fly
The dumbbell fly is not a good choice for a chest exercise. It has high injury potential due to the odd stresses it presents to the shoulder. The angle of the arm being perpendicular to the body line produces poor conditions within the shoulder joint. That, and the strain on the biceps tendon as well as the rotator cuff in trying to control the weight and keep the shoulder together, combine to make this an unsafe exercise.

Arnold press
The Arnold Press (named after guess who?) involves a dumbbell press where the arms start in a position as if you’d just completed a dumbbell biceps curl including having moved your elbows forward excessively. You then press the dumbbells up from this low position, initially pronating the hands, bringing your elbows out to the sides as you’re pressing them upwards. Any benefits of whatever slight range of motion increase one gets with this exercise are offset by the risk of injury from overstressing the rotator cuff muscles as they try and stabilize the weight as it’s moved in two directions at once.


Clean
Although this movement has the potential for building size and strength, it has a high injury potential as well. As with behind-the-neck movements, some people have bodies better suited for this exercise. However, the very nature of this exercise is one that relies on momentum to accomplish the lift. You’re using a weight that’s too heavy to lift in a controlled manner, which invites injury to not only the shoulder, but the elbow as well. The lower back is also at risk from over arching to power the weight up.


Push press
The purpose of the push press is to allow one to cheat a weight to arm’s length overhead that a person would not be able to press in good form. Just as one uses the lower back to help cheat a weight that’s too heavy to curl strictly, during the push press the legs are used to cheat the weight overhead. I’ve heard some argue that this method allows one to get more stimulation from the negative part of the exercise. That’s all well and good, but from my personal experience, the injuries occur during the positive aspect of the press. Your shoulders, neck and lower back are all at risk here. A better choice would be to use either a barbell or dumbbell press in strict form with a weight that you can handle properly.


Lateral raise
With the little finger higher than the thumb, similar problems occur with this commonly suggested method of performing lateral raises as occur with upright rows.


2. MUSCLE IMBALANCE
I’m going to ask you to do something in a few sentences. It’s important that you don’t think about what I ask, but you just do it, so as not to taint the results for you. Relax and continue reading. Nice and relaxed? Now pull your shoulders forward. How far forward did they come? An inch or more? Or did they not come forward at all? This brings up a few questions that you need to try and honestly assess for yourself.

If your shoulders were brought forward a very slight bit or not at all, is this due to a strength imbalance or just poor posture? If it’s poor posture, is that itself caused by a strength imbalance? So many people focus on what they can see than what’s hidden behind the visible musculature. Performing much more intensive work for the chest than for the massive musculature of the back is a prime example. I was guilty of this very thing, and it has contributed greatly to my current circumstances.


If you’ve been focusing primarily on developing a broad and well-developed chest, and neglecting a massive and powerful back, you’re likely on the road to injury due to muscle imbalance. The shoulder is a very complicated joint, and very difficult to get back to 100% efficiency after an injury. The best thing for your long-term development is to focus on balancing out the different areas around the shoulder, even if it means you won’t have striated pecs as soon as you’d like. In the end, those impressive pectoral muscles will atrophy away if your shoulders are too damaged to continue training your pecs.

In order to prevent imbalances in the shoulder from occurring (or to have an idea of how to modify a program to treat an imbalance once it has occurred) it’s necessary to build the muscles that normally oppose the ones that are pulling your shoulders forward. The muscles that play the largest part in the hunched shoulder look are the pectoralis major and minor. The pectoralis major pulls the upper arm across the front of the body. The pectoralis minor originate on the ribs underneath the pectoralis major, and insert into the coracoid process on the scapula (shoulder blade). It functions to draw your shoulders forward. These are not the only muscles involved in pulling the shoulders forward. To counter these muscles, you must increase the strength of the rhomboid muscles and the trapezius muscles.


This can be accomplished by providing more attention to upper-back work than to chest work. From a strength and size point of view, this makes more sense, as the musculature of the back is far larger and has much greater potential for strength and size increases than do the pectoral muscles. Some of the best exercises for the upper-back area are illustrated and explained in Stuart’s THE INSIDER'S TELL-ALL HANDBOOK ON WEIGHT-TRAINING TECHNIQUE. Specifically, the incline shrug and the rack deadlift will do a lot to increase the strength of these muscle groups. Beyond these, chins, pulldowns, and rows hit these muscle groups too, along with other muscles including the rear deltoids, lats and biceps. Having movements such as these as primary lifts in your routine, rather than as secondary emphasis after pressing movements, will go a long way to correcting shoulder imbalances, or preventing them in the first place.


As a final note on this topic, too few trainees perform shoulder presses, opting instead to focus primarily on the bench press. This is a mistake! The pectorals and latissimus muscles work to adduct and draw the arm downward. Shoulder pressing can help to maintain balance in this regard by strengthening the musculature involved in abducting and raising the arms; not to mention the fact that a strong shoulder press will aid your bench press.


Another type of imbalance can occur between the internal and external rotators of the shoulder joint. The internal rotators consist of several small muscles as well as the large and powerful pectorals and latissimus muscles. By comparison, the external rotators are comprised of small muscles alone. To help you get an idea of what I’m talking about between internal and external rotation, do the following:


1. Stand with your right arm at your side. The upper arm will remain at your side for the remainder of this example.


2. Bend your elbow, raising your forearm to ninety degrees, or parallel with the floor.


3. Bring your forearm across your body: this is internal rotation.

4. Now, rotate the upper arm the opposite way, bringing the forearm away from the body: this is external rotation.


During this exercise it’s not the movement of the forearm that mattered, but the direction of rotation of the upper arm bone. The movement of the forearm served to make the direction of the upper arm clear.

As I mentioned earlier, the large pectoralis and latissimus muscles are among the internal rotators, and this puts the little external rotators at a disadvantage. Why should you care about these small muscles? Because these small muscles (as well as the small internal rotators) are helping to keep your shoulders together! The shoulder evolved to be a very mobile major joint. In that process, however, it lost a good deal of stability. Without your external rotators helping to stabilize the joint, you would find it exceedingly difficult to even raise your arm, much less lift heavy weights with it.


The upper-back work mentioned earlier will help your external rotators to a degree by strengthening the rear deltoid muscle, which is an external rotator. You can go further to preventing rotator cuff injury by adding a specific external rotation exercise to your routine. It’s not just by accident that such an exercise appears in two variations in Stuart’s book on weight-training technique. There it’s referred to as the L-fly. I prefer to call it simply “external rotation.” Now, although I suggest that you purchase this book, or encourage your local library to buy a copy, I’ll provide a brief description of it here:

1. Lay on your side on a flat bench.

2. In the uppermost arm, hold a dumbbell.

3. Place this arm in line with your body, against your side.

4. Bend the elbow to ninety degrees, bringing your forearm perpendicular to the bodyline.

5. Lower the dumbbell and forearm across the front of your body, then raise it until it’s nearly vertical.

6. Repeat for the required number of reps.


A very light weight is all that’s needed with this exercise, even after you’ve become accustomed to it and learned the form. Starting out with a bare dumbbell rod would be a good thing, increasing the weight only after you can complete your repetitions in slow and controlled form. Speed of movement is a big issue in this exercise—go slow. Increase the weight in the smallest increments you have available.


Not only will strengthening your external rotators make your shoulders less susceptible to injury, it will also allow you to use heavier weights in your other upper-body movements.


3. SAFE ONLY IF DONE PROPERLY
I’m going to finish off this article with a brief review of some popular and productive exercises that, when done improperly, can lead to shoulder injury. The exercises listed are ones that, under normal conditions, are productive movements. The versions specified here are examples of poor form or alternate versions.


Bench press
Problems here come from an ultra-wide grip, or when the bar is brought too near the neck. A grip that has the forearms angled away from the body and out to the sides in the bottom position of the bench press is too wide. Such a wide grip makes it difficult for the rotator cuff muscles to stabilize the shoulder joint. When you add a heavy weight to the equation, the strain on the rotator cuff is increased all the more. And lowering the barbell to a position on your chest that’s close to your neck is asking for trouble. People who claim that this method of bench pressing has specific benefits for strength, or for stimulating the upper pectorals, haven’t done their homework. Not only are you putting the rotator cuff muscles in a poor position, you’re also making the already tight space in the shoulder joint even tighter. Avoid these two bench press versions.


Deadlift
Shoulder problems arise here when the bar is yanked from the floor. Not only is this hell on the lower back, but the muscles trying to hold your shoulder joint together, and the ones trying to stabilize it, take a beating too. You may be able to lift a bit more weight by jerking at it, but when you injure yourself you won’t be lifting anywhere near that weight for a long time.


Dip
Problems arise here from an extended range of motion, and bouncing. The only thing you’ll stimulate by doing dips to an excessively low position is shoulder strain (and then injury). When the upper arms are parallel with the floor, or slightly below, you’re at the bottom position. It’s not necessary to go so low as to reach the limits of your range of motion in this exercise. Bouncing out of the bottom of the dip hammers the shoulder muscles hard, too. Both of these common technique errors lead to injuries, and when combined you might as well book in for shoulder surgery in advance.


Rows and chins
a) No jerking
These exercises are dangerous when there’s jerking at the bottom position. I’ve seen too many people powering themselves, or the weight, as if they were trying to imitate a piston. Your shoulders don’t appreciate this! The snapping at the bottom does more to induce injury than it does to help you get out an extra rep or two. If you need to do this to complete a set, you’re using too much weight.


b) No over-stretching
Don’t relax into the stretch position of pulldowns, rows or chins. When you do this, you let the small rotator cuff muscles bear the entire weight you’re using as they try and hold the joint together. Don’t go for “a good deep stretch” in the bottom position of these movements. A small stretch is okay, but only so long as you keep the upper-back muscles tight and supporting the weight. Combine this type of lifting with the ballistic rows/chins mentioned above and you’re just asking for an injury.


c) No over-pulling
Don’t try so much to pull your shoulders back at the contracted position of a pulldown, row or chin up that you end up overarching and injuring your middle or lower back. Retraction is one thing, overarching is another. Exaggerating the back arch does not help to train the muscles involved in pulling your shoulders back.


External rotation
Problems arise here when the arms are out to the sides. This type of movement, where you externally rotate the arms while the upper arms are out to the sides, and perpendicular with the floor, has a place in shoulder rehab, but when combined with progressive weight training it can be hazardous. There are even devices out there to aid in this type of movement. With similar dangers to the upright row, it’s a variant of the external rotation exercise to avoid.


CONCLUSION
I’d just like to reiterate that nothing is set in stone. Every person has his/her own unique needs and abilities, and what’s safe for ninety-nine percent of us may be just the thing to wreck your shoulders. On the other hand, what will cripple ninety-nine percent of us may not do you any harm. In the end you’ll need to decide what’s more important: the possible benefits of using an exercise that’s risky for most, or the definite benefits of healthy joints and an extended training life that result from not using risky exercises or variations.
 
2 thumbs up on this article...
This guy described the problems I was having almost perfectly to a T...
 
Great post! Started to hear the same info from my PT in shoulder rehab, but this is very complete. Great read for those with shoulder problems and those who want to prevent one.
 
Thanks Stonecold. I've been procrastinating about ART for a while. I should just do it. Here's the article for anyone interested.

The Real Miracle Worker
An interview with ART innovator Dr. Mike Leahy
By Chris Shugart


Back in my small hometown in Texas, some of the more eccentric churches would hold these great tent revivals. Even if we didn't like their particular style of religion, we would still sit out in our cars and watch just for the sheer entertainment value of the show. (Like I said, it was a very small town—once we had shot up some stop signs, poked our favorite cousins, and gone to the Dairy Queen for a Dilly Bar, there wasn't much else to do.)

The really good revivals would bring in an out-of-town "preacher," complete with snakes and a banjo. Besides the usual speaking in tongues and rolling in the dirt bits, my favorite part was the "healing." The preacher would grab a true believer, smack her on the forehead and, sure enough, her arthritis, bunions, and hemorrhoids would all disappear in a flash of heavenly glory! Well, I didn't really go for all of that even as a kid, but I recently spoke to a person who just may be a true miracle worker.

Dr. Mike Leahy doesn't smack you on the forehead and, rumor has it, he can't play the banjo worth a shit. However, he does "lay on the hands" and perform what has been called miraculous healings. His innovative Active Release Techniques® (ART®) soft-tissue treatment has saved athletes and bodybuilders from career-ending injuries. Five minutes with Dr. Leahy can often save an athlete from expensive surgery and months of painful recovery.

Before Dr. Leahy decided to reinvent modern medicine, he was a fighter pilot for the United States Air Force and later polished his stainless steel testicles as a test pilot. Later, while flying for the airlines, his twin brother decided to become a chiropractor. After visiting a few of his brother's classes, Leahy traded in his wings to join his brother in the profession. A few years later, in what might some day be considered a medical discovery on par with the x-ray, Dr. Leahy developed ART.

Dr. Leahy is no "arm chair expert," either. He's a competitive athlete who's competed in 17 Ironman triathlons. Besides the Ironman, Dr. Leahy and his team perform as many as 600 ART treatments during the week of the competition. Never one to sit still, Dr. Leahy is preparing to compete in another Ironman competition next month. Testosterone was lucky to catch the man who's been called "the 8th wonder of the world" for an interview. Fasten your seat belts!


T: First things first, what's your educational background and how long have you been a chiropractor?

ML: Let's see, I've been a chiropractor for about 15 years, and before that I received an engineering degree from the US Air Force Academy.

T: You're known, of course, for your Active Release Techniques (ART). For those who've been living in bomb shelters for the past 30 years, give us a quick overview.

ML: One of the bad things about soft-tissue treatment is that all the various techniques are lumped together. "Oh, that's like massage or that's like trigger point" and really what we do is completely different. What we've done is figured out ways to manually find where soft tissue has changed and then use motion and manual tension to fix it.

T: How did you originally come up with ART? Did you study massage or rolfing techniques first?

ML: No, from very early on I was working with some well known athletes who were competing at a world class level. And with that caliber of athlete, you have to fix them right away, like today! Most of the treatment methods that were available at the time I started weren't very effective, and it just seemed obvious to me to develop this technique. The real key to it, though, was figuring out the specific causes involved with soft-tissue injuries. After I did that, I began refining certain techniques so that treatment was very predictable and worked very quickly almost all the time.

T: How long did it take you to perfect the technique?

ML: I'm still doing it! It's always evolving. So I'm better now than I was a year ago; and I'll be better next year and the year after.

T: We've heard some incredible success stories here at T-mag. TC even called you the 8th wonder of the world. Now that's some compliment!

ML: You know, I don't ask people to believe what the success rate is because it's almost too good to be true. So I let the treatment experience speak for itself. If someone has had an injury that's taking a long time to heal—or if they've been told they had to live with a problem or even have surgery—the only thing that's really going to prove the efficacy of ART is for me to fix them right away. It doesn't matter what anyone has said; the proof is in the fixing.

T: I'm sure it's different with every case, but how many treatments does it usually take?

ML: Well, let's take for example a weightlifter with a bad shoulder—a bodybuilder, an Olympic lifter, a baseball pitcher, swimmer's shoulder is another good example. It takes between three and six visits on the average.

T: About how long does each treatment last?

ML: Anywhere from 5 minutes to 15 minutes.

T: Is there a "rehab" period? Would they need a periodic tune-up?

ML: Oh no, when you're done, you're done.

T: Really? What about specific stretching on their parts to keep the adhesions released, etc.?

ML: You don't have to do that. When it's fixed, it's fixed. That's another thing that medicine accepts on face value that should never be accepted—that once you injure a shoulder you have to baby it or do special things. If we're smart enough, we should be able to fix it so it's as good as new, and that's always my goal. Now, you can re-injure it the same way you did the first time. So generally there are things that you should do so that you won't make the same mistake twice. One of those is to strengthen an area so that it better tolerates whatever activity your doing.

T: A lot of these adhesion buildups are caused by just years of weight training. Can we assume that every time we see a big strong guy that he has some of these problems?

ML: You can assume that a big strong guy will have problems. You can assume that a skinny guy will have problems. If fact, if they have two arms and two legs, they're probably going to have some of these adhesions some place.

T: Really?

ML: It's not necessarily weight lifting specifically that does it. It's chronic tightness in the tissue, and that can be caused by a million things. So, for example, people who sit at a desk all day long with tight shoulders get it. A golfer who hits balls for eight hours a day; he's going to have problems in at least four places!

T: You've worked with some top PGA golfers. Want to drop some names?

ML: It's not fair to drop their names unless they know we're going to do it. I don't like to take advantage of them.

T: You might be their secret weapon. They might not want to give that info out to their competition!

ML: Sometimes I feel like that! That's true, I've worked with some track and field people that don't want me to work on anyone else!

T: That's elite level competition these days! Besides shoulder problems, what other areas of the body do you work on?

ML: All of the neuromuscular skeletal soft tissue. That means all the ligaments, the muscles, the nerves, the fascia, the tendons...it's almost scary. We don't work on livers and spleens and if you have a fracture we don't work on that, but if you've had a dislocation we can work on that.

T: What about tendonitis?

ML: That's very common for us to work on because it involves primarily the soft tissues. So we can fix tendonitis, a sprain, a strain...anything along those lines.

T: Without naming names, give us some cases you're particularly proud of.

ML: In one case we had a skier from Canada, probably their best alpine skier for many years. He missed the Olympics in Nagano because he had a skiing crash, which resulted in a concussion just two weeks before the Olympics. For eight and half months he was completely debilitated, had to be in a darkened room, couldn't walk two blocks to do errands, couldn't read for more than 30 seconds without getting nauseous and dizzy! This went on for eight and a half months and he saw everyone he could think of, but nothing worked. Finally, He found out about us, came down to Colorado Springs, and it took five minutes to fix.

T: That's amazing! What would cause a reading problem?

ML: He had a soft tissue problem that was actually pulling tissue and causing a tension on the brain stem. This is common with post-concussion syndrome; we see a lot of hockey players with it. But the reason we were really able to fix him is because we know what healthy soft tissues feel like and how they're supposed to respond. So we can physically palpate exactly where a soft-tissue injury is. It doesn't show up on an X-ray or a CAT scan, so you have to diagnose it manually.

T: You've worked with Milos Sarcev, the pro bodybuilder.

ML: Right, I just saw him last week.

T: Is this right—the doctors were going to actually cut away some of his bone?

ML: Yes, he had a bilateral shoulder impingement, and typically surgeons will cut away some bone to make more room for the humerus and the joint. The problem with doing that is the mechanical problems aren't solved. The arm just slides up higher, and a couple of months after the surgery he would have had the same problem again. You need to solve the mechanics. So Milos flew out here and we treated him for five minutes. Afterward, he was benching with no pain.

T: Wow! And before that he was out of bodybuilding for several months?

ML: Before he saw me he had cancelled out of all of his shows. But after treatment, he began doing every show in sight. We're going to work with him two weeks prior to the Olympia. One of the other things we can do is bring out the definition of the muscles and the fascial planes; we can get rid of the restrictions that kind of hold things back. So we're going to literally do his whole body two weeks before the competition.

T: Oh my God! That's amazing! Now this isn't a massage we talking about here. This hurts like hell, doesn't it?

ML: The better you do it the less it hurts. Some people say it's the worst pain they've ever had, but that's really an exaggeration. If you do the treatment well, most people say it "hurts good." And that's the best reaction we can get. However, there are some places on the body where it's just going to hurt. But most sites "hurt good" when you do it.

T: And if you're dealing with athletes that have millions of dollars at stake, they're not going to complain.

ML: Well, Gary Roberts and Brett Saberhagen are good examples.

T: Let's see, you guys helped Saberhagen get his fastball up from 88 miles per hour to 94 mph after one treatment?

ML: Yes, but more important is that before treatment he wasn't able to pitch—not for two and half years! But after treatment, he went right back in the lineup and won the comeback player of the year award. That's a big deal for him. Gary Roberts was "medically retired" from hockey, from the Calgary Flames. They said he could never play again. Now he's one of the best players for the Carolina Hurricanes. His career is back! We've had the same thing happen with NFL players, NBA players, and in just about every walk of professional sports we've seen that.

Note: Saberhagen recently signed a contract worth around 18 million smackers. That's a very big deal.

T: Ever come across injuries that you couldn't fix?

ML: Oh, yeah, that happens periodically. Our success rate is about 95%. We see about 150 new cases a month, so we're seeing 7 or 8 people we can't fix every month.

T: That's still pretty good odds!

ML: That's real good odds!

T: So why are other doctors so quick to go to the knife? Is it ignorance?

ML: Unfortunately yes. Most soft-tissue injuries can be effectively treated without surgery. There's still a need for surgery in some cases, but we almost never need surgery to repair conditions with the carpal tunnel and rotator cuff.

T: A 95% cure rate on carpal tunnel? How is that done exactly? Do you work right on the wrist and forearm area?

ML: There are 35 places that can trap the nerves going into the arm and hand, and it can be any of those. But we know how to manually find every single one of those sites. It's usually more than one; and it's not often the one at the carpal tunnel. That's just the result of the problem. But we can fix it manually.

T: Comment on this: one of our readers who's seen you said you can watch an athlete walk ten meters and know what the problem is and how to fix it. Pretty close?

ML: Um, I can usually do that. That's not something that we teach in our courses because I'm not sure how to teach it. But it's one of the best ways to find out what's wrong with an athlete and take them beyond just getting over an injury or pain. It's what I do with a lot of higher-level athletes in various sports.

Golf is an example. I'll go to the range with a PGA golfer and I'll watch him hit for five minutes. I can tell what's physically or mechanically holding him up, then correct it. His experience is, "Wow, it's a lot easier to hit the ball. I'm just naturally swinging right in the slot. I'm in the groove."

The same thing holds true for somebody who jumps, runs, or throws. If you really understand the engineering behind the biomechanics, you can see what's wrong. And then if you know the functional anatomy really well, you know which structures are causing the problem. And then if you can physically locate the lesion through palpation, you can fix it.

So we put all that together for an athlete. An athlete will come in and say he has pain in his shoulder. We fix the pain in the shoulder and it's gone. But what's even better is we'll have him do his sport and make him throw farther or harder or run faster. It's goes beyond pain.

Note: If that statement didn't make some pro athletes run to their phones and call Dr. Leahy, I'll eat my Jeep.

T: Why do you think every other person these days suffers from back problems?

ML: The major cause of back problems is a process called cumulative trauma disorder. This is exactly what we've been talking about. You do something like work all day, standing or sitting, and typically the deeper back muscles in most people are not as strong as they should be, so they stay tight. This will form scar tissue inside the muscle. Now a couple of things happen. One, the scarring shrinks so it makes the muscle short and it blocks the circulation and hurts. Mechanically it's not correct, so then you start affecting the mechanics of the spine and the discs, resulting in degeneration.

Y: Sounds like a repetitive stress injury.

ML: Kind of like that. It's a long-term thing that builds up. But a person won't know all that is going on. All he'll know is his back gave out when he lifted a box. But it was coming on for a long time. Years ago, the problem was that you always had to get treated. We could make it better but you would always have to come in for the rest of your life. That's crazy! Fix the soft tissue and you fix the back. Then you don't have to come see us again.

T: Give us some self-diagnostic skills here. How do I know if I need ART?

ML: It's usually fairly easy to tell if the injury is in the soft tissue just by where it hurts. We use a system that we call "symptom patterns." We have symptom-pattern charts that patients look at and usually say, "Oh, that's exactly what I have! That's a picture of my problem."

T: I hear people all the time saying, "I just can't bench anymore."

ML: There's no way that that should be. You should be able to fix the shoulder and bench press. I hear that every week. People say, "I have never been able to bench press since my injury." Then 10 minutes later, after treatment, they bench press. Sprained ankles are the same way. They say, "I sprained my ankle in high school and it's always been weak." Or "I've had back pain or neck pain ever since my car accident." It doesn't have to be this way.

T: Do you see a lot of accident victims?

ML: Yes, they have the same trauma-induced injuries: One is a chronic tightness in the tissues that leads into scar-tissue formation. The other is an acute traumatic injury that causes inflammation and that leads to scar tissue. That tightness blocks circulation causing more scar tissue. It ends up being the same.

T: You know it seems like just about every person on the street could use this treatment. For those that can't make it to Colorado, there are other providers out there. How does one get certified in this?

ML: We train providers around the world, mostly in the US and Canada right now. There's a process you can go through involving hands-on seminars. We usually ask that you get study materials several months in advance; otherwise, you're overwhelmed by the volume of the information. I go to every seminar and my instructors and I maintain the level of expertise by making sure it's taught the same way every time. Then we have a credentialing process. A provider can be credentialed in one area of the body or the whole body.

T: Does it require a medial background to be a provider or can just about anyone get this?

ML: Just about anyone can, but the more experience they have with anatomy, diagnosis, and hands-on treatment, the better they'll do. You know, it takes years to really get good at this. But on the other hand, when somebody takes one of the courses, we can probably have them doing absolutely wonderful things in about a week. So maybe 50% of the results in a week. But then the next 50% takes quite a while.

T: Experience.

ML: Right, you just have to get your hands on a thousand people.

T: You know it seems that colleges should just send a trainer to you and get him certified. I mean, they're going to need this.

ML: That's happening. Pro teams are doing that now. Actually, there's a couple of pro teams now that want to hire us year round just to take care of their athletes. Their feeling is it's worth one athlete's salary to keep people in the game.

T: Let's change directions. Chiropractors can't prescribe drugs, of course. I know several chiropractors who are starting to supply nutritional supplements to their patients, things like glucosamine. Are you seeing any trends in that area?

ML: There are a lot of trends in that area. Everyone is getting more into it and getting a little more knowledgeable. This clinical nutrition is really in its infancy as well. There are some studies that show that glucosamine sulfate helps the integrity of the cartilage in the joints. So for many people, that's a good thing to consider.

T: How can an average person get in contact with you for treatment?

ML: Call Active Release Techniques at 719-473-7000. They can find a provider in their area or they can make arrangements to come out here if they feel the need to. We try to get it solved locally first.

T: Dr. Leahy, this is mind blowing stuff!. We appreciate you taking your time to chat with T-mag.

ML: Thank you.


As we concluded our interview, which ran a little long, I pictured Dr. Leahy's waiting room filled with Olympic and professional athletes and bodybuilders. As he walks past them the athletes stop reading their Sport Illustrated's and the bodybuilders stop reading their Highlights magazines. It's as if they expect him to turn water into Grow! or perform similar miracles like the ones he's about to perform on them. So whether you're a professional athlete and your salary depends on how well your body functions or you're just an average person who's tired of living with pain, contact Dr. Leahy or any ART provider. We're sure you'll soon be one of the faithful, too.
 
Thanks Doktor Bollix-StoneColdGold
and everyone else

The A.R.T. sounds pretty good I'm willing to try anything.
 
My friend, did you fall, or get 'hit' was there a deep and hard impact, and does it hurt, on the top or deep in the shoulder, this AC strainis what shoulder specialists, call an

ACROMIO CLAVICULAR COMPRESSION (ac) the good news, your not dead, better news, its possible to never get one again , now bad news this may take 6 months to heal, (not kidding) wait that long, i have had both shoulders do it, football, lol figures now i have never had it again, why? DELTOIDS. train ur back deltoids, they will pull ur chest back, and allow more meat to protect those shoulders, also during ur therapy stage do rotator cuff exercises these pull the shoulder back together do it IMMEDIATELY lightly with a tensor band, ask a physio = pseudo scientist, but research this will help u, and trust u can prevent it forever if u strengthen that back and keep your head up in sports

-B
 
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