especially when things get challenging....
While working with a patient with runners dystonia the other day, I had one of those epiphanies. I thought I would share it with you here. Here is some food for thought.
We remember that we have 3 systems that keep us upright in the gravitational plane: The visual system, the vestibular system and the proprioceptive system. As . . .
Not just for adduction anymore....
Ah yes... the adductor magnus. A commonly implicated muscle in hip dysfunction to include CAM lesions, femoroacetabular impingement, anterior femoral glide, as well as "hamstring insertional tendonitis" like symptoms (which would specifically be referring to the long head).
You will recall that the adductor magnus consists of . . .
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As I have said in previous posts, though they can’t act independently I like to think to think of the QL as having two divisions. The lower division arises from the medial portion of the iliac crest and adjacent iliolumbar ligament and inserts onto the transverse processes of the lumbar vertebrae, in the coronal plane from . . .
A Case for “Reverse Engineering”
You have often heard me say in my classes: “think of muscle function from a closed kinetic chain perspective”. In other words, the muscle (in the case of gait) working from the foot (or ground) up. Here is a study exemplifying this with the tibialis anterior and peroneus . . .
I was trying to figure to which muscles attached to the labrum of the hip, as I see many folks where theres has gone south. I had always wondered if the iliopsoas attached, since many people with labral pathology have hip flexor dysfunction, where they use their psoas and iliacus as hip flexion initiators (or sometimes the rectus femoris, TFL . . .
You may have been waiting for this...
Functional Perspectives on a game maker in gait...
It would logically follow that the gluteus medius is important for generating both forward progression and support, especially during single-limb stance suggesting that walking dynamics are influenced by non-sagittal muscles, such as the gluteus medius, even though walking is . . .
Is it at all surprising that increasing afferent input (in this case: textured insoles) to one of the areas in the brain (parasaggital sulcus in the post central gyrus) from one of the structures that has the greatest cortical representation (ie the feet) can improve gait on folks that have a disorder with their basal ganglia (which provides . . .