a strong connection between ipsilateral M1 and the mirror movements conveyed through a dominant ipsilateral corticospinal pathway(passive) may be caused bymirror movements
to recognize ourselvescreatingmovements in the mirror
the bolt tight enoughto preventmirror movement
a subcortical system with limited individuation capability that is upregulated after stroke(passive) are caused bymirror movements
to lock the mirror firm enoughto preventmirror movement
a factorinfluencingmirror movements
the finding ... DCC mutationsresultin mirror movements
a single genetic mutation(passive) are caused bymirror movements
the first known genecausesmirror movements
the Bank of England(passive) set bymirror movements
blur due to camera shakecausingblur due to camera shake
the tiny vibration(passive) caused bythe tiny vibration
camera shake which degrades image quality , especially with telephoto and macro lensescausingcamera shake which degrades image quality , especially with telephoto and macro lenses
high frequency vibrations(passive) caused byhigh frequency vibrations
a bit of unwanted vibration which can affect the final output , especially if you are going to be doing a large printcan ... causea bit of unwanted vibration which can affect the final output , especially if you are going to be doing a large print
noise , and motion(passive) caused bynoise , and motion
The angular range of camera motion(passive) caused byThe angular range of camera motion
Image shake(passive) caused byImage shake
Any camera movement(passive) caused byAny camera movement
a slight shakiness of the cameracausea slight shakiness of the camera
problemsdoes ... causeproblems
the movement of an object in the Field of View [ FOVcausingthe movement of an object in the Field of View [ FOV
in a " distinctive hopping gaitresultin a " distinctive hopping gait
in a loss in sharpnesscan resultin a loss in sharpness
a Michelson interferometer(passive) caused bya Michelson interferometer
his hands to mirror each othercauseshis hands to mirror each other
from a primary motor efferent system dysfunction with secondary motor reorganisationmay resultfrom a primary motor efferent system dysfunction with secondary motor reorganisation
from a lack of transcallosal inhibition.23resultfrom a lack of transcallosal inhibition.23
to recovery pattern expressionhaving contributedto recovery pattern expression
it from helping , “ nerve cells on one side of the spinal cord to stay on that side as they extend processes up and down the developing spinepreventsit from helping , “ nerve cells on one side of the spinal cord to stay on that side as they extend processes up and down the developing spine
from an abnormal development of the ipsilateral corticospinal tract,21 as was suggested for Klippel – Feil syndrome.8resultfrom an abnormal development of the ipsilateral corticospinal tract,21 as was suggested for Klippel – Feil syndrome.8
from abnormal development of the ipsilateral corticospinal tract fibersresultfrom abnormal development of the ipsilateral corticospinal tract fibers
to non - use of the affected hand despite preserved capacity ... a phenomenon referred to as developmental disregardcontributeto non - use of the affected hand despite preserved capacity ... a phenomenon referred to as developmental disregard
cbd oil zilisleadingcbd oil zilis
the bimanual function [ 9influencesthe bimanual function [ 9