1. Scapular stability
strengthening of scapular stabilizers like lower/mid trap and rhomboids and serratus will help to maintain good stability and improve shoulder function and rotator cuff strength. importantly is the timing that these muscles fire as they should fire to allow proper stability before the stronger, prime movers, kick in and work.
So things like:
DB retractions
DB protractions
Pull-up retractions
Push-up Plus
YTWA
2. Thoracic Spine Range of Motion
How is your t-spine extension? How is your t-spine rotation?
Not sure how to check spine extension, but the rotation I can check from your email.
Some Decent things to do:
3. Glenohumeral (ball-and-socket joint) range of motion
how does your shoulder move when you go through movements....flexion, abduction, etc....does the head of the humerus slide downwards within the joint (optimal when the rotator cuff muscles are firing properly to keep it centered and the subscap and infraspinatus can pull the humerus downwards and posterior as the shoulder goes through those movements)? would be tough to assess yourself. also, is their tightness? is it lats or pecs? is it a myofascial tightness. how does the scapula move during abduction? is it 'stuck' on one side, not allowing enough upward rotation.....all things that you can't really assess on yourself.
Need to talk to the PT about this. I know we have spoke about the sleeper stretch before. But it seems pretty common in overhead athletes
http://www.nsca-lift.org/perform/figures/05060606.jpg
I could also incorporate some more posterior capsule stretching. I am pretty sure there is tightness in the pecs, and I need to work on improving that.
4. Overall soft tissue quality (especially posterior capsule)
if posterior capsule is tight, it will push the head of the humerus forward (anterior)....like squeezing one side of a water balloon....you squeeze and the water moves to the other side. same thing when the posterior capsule gets tight. it squeezes and the head of the humerus moves forward. what is the quality of that tissue back there....infraspinatus, teres minor, terese major, lats, long head of triceps....are those fascial structures adhered too and not allowing good movement and slide of the tissue?
Don't have an answer. As far as I know there is nothing major wrong with the tissue, from the MRI some things: Small partial thickness bursal surface tear in anterior portion of supraspinatous tendon, Tiny articular surface tear in superior portion of subscapularis tendon. Mild lateral inferior tilt of acromion
5. Rotator cuff strength
rotator cuff timing! do they fire at the right time to provide stability? if scapular stabilizers get stronger, these muscles can function more optimally.
So basically the above should help with the function here.
6. Cervical spine function
any restrictions with flexion (chin to chest), extension (chin looking up), or rotation movements.
No
7. Mobility of the opposite Hip
poor mobility on the opposite side will affect thoracic spine movement, creating poor scapular momvent. look for asymetries between the two sides.
This I wouldn't be suprised if my mobility wasn't that good, obviously from years of playing hockey. Will again take a look at the emails.
8. Mobility of the opposite ankle.
same as the hip...poor movement here affects hip function....is the foot over pronating? Do you have a rigid foot and over supinate? How good is the overal ankle function?
Also great toe (big toe) extension. We look at pitchers big toes on their opposite leg of the throwing arm (the plant leg). If they have poor great toe extension, they get poor deceleration and compensate with greater torque through the shoulder and elbow to get the needed velocity.
Ankle dorsiflexion too!
Will have to go back to the PT and Podiatrist.
Have any examples of the big toe extension, or literature?
Ankle Dorsiflexion seems to be the big one that is addressed.
9. Core Stability/Force Transfer.
poor core stability, leads to poor firing/timing, creating greater compensation
with the shoulder (see above example regarding pitching/throwing and the great toe).
10. Breathing patterns
chest breather? if so, that places greater strain on the shoulder as the pecs are held tight. also, the scales get tight and affect cervical range of motion, which is going to affect the thoracic spine and how the shoulder opperates.
The only time I become a chest breather is during very intense exercise, other then that breath all occurs at the diaphragm
I'll try and email you some stuff after class tonight. If not tonight definetly this weeked.
The articles you have are good. I'll try and email you some stuff that can help you hopefully figure out (or get a better idea) where your movement asymetries are and hopefully you can take some of the info from those articles and make it more specific to you.
Thanks bud, as always appreciate it.