I have recently run across some research that has changed the way we look at some of the rehab we do, especially proprioceptive rehab. Perhaps it will do the same for you.
Traditionally, we present increasing balance requirements to the weight bearing structure by changing one or more of the three parameters that keep us upright in the . . .
Posted in: afferentsbiomechanicscirculardiameterdry needlingexercisegaitinstabilityintramuscularintramuscular therapylarge diameter afferentsmusclemusclesneedleneedlingneurologyproprioceptionproprioceptiverehabsacculesemisemicircularsensationsensorystabilizerstimulationsystemtestingtpdnutriclevestibular
This article goes along well with the last one I published.
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 we age, we seem to become more dependent upon the visual system to maintain stability of the head (which is . . .
Posted in: acupuncturecervical instabilitycleidoclinical testmastoidscalenescalenesscmsemicircularsensory nerve fiberssternosternocleidomastoidtrigger point dry needling instructionutriclevertigovestibular
I have recently run across some research that has changed the way we look at some of the rehab I do, especially proprioceptive rehab. Perhaps it will do the same for you. We already know that needling can effect balance and proprioception, from some of the articles I have written here, here and here.
Traditionally, we present . . .
Posted in: afferentsbalancecervical instabilitychangesdiameterdry needlingdysfunctioninstabilitylarge diameter afferentslumbarlumbar instabilitymuscleneedlingproprioceptionproprioceptivequadratus lumborumsensationsensoryspinal instabilitysternocleidomastoidsystemtpdnvestibular
Do you do manual muscle testing on your patients before needling?
We all evaluate our patients; hopefully on the table as well as observation while weight bearing. Here is some food for thought...
When your patient or client is lying on the table (or wherever you are evaluating them), do you pay attention to where their head is in space (ie the position of their head)? Why should you care?
. . .
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 . . .