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Qaagi - Book of Why

Causes

Effects

This materialpreventsmusculature contraction

sling - based knee extension or hip adduction exercisewill ... influencequadriceps muscle contraction

to directly stimulate the femoral nerveto causequadriceps muscle contraction

Thrombophlebitis , broken bulbs and short circuitsresultin quadriceps contraction

anomalous fascial tension in the thigh(passive) caused byuncoordinated quadriceps contraction

NMESmay contributeto quadriceps contraction

electrical stimulationto createa quadriceps contraction

Ca2 + to bind to the myofilament protein troponin Ccausingmyocardium contraction

James P. Boyd , DDS on 6/18/2012 Figure 1 - Placement of the deprogramming jig(passive) Contributed byTemporalis Contraction

the eccentric advice of the Belarusian leader on the waysto preventCOVID contraction

translation , but is translation sufficient to actually create damagecan createtranslation , but is translation sufficient to actually create damage

to tension headaches and backachesleadingto tension headaches and backaches

to increased compressive forces at the kneemay leadto increased compressive forces at the knee

slight medialization of the patella and a relative decrease of the congruence anglecausesslight medialization of the patella and a relative decrease of the congruence angle

an upward pull on the Patella tendon , which is attached to the front of the Tibiacausesan upward pull on the Patella tendon , which is attached to the front of the Tibia

the tibia to translate anteriorly from a subluxated position , confirming PCL insufficiencycausesthe tibia to translate anteriorly from a subluxated position , confirming PCL insufficiency

in movement of the patellaeresultedin movement of the patellae

the tibia to translate anteriorly from a posteriorly subluxated position[5,6will then causethe tibia to translate anteriorly from a posteriorly subluxated position[5,6

compression and anterior shear , which will vary depending on the joint anglewill createcompression and anterior shear , which will vary depending on the joint angle

against one or more components of the acromian archcausing inpingement of the supraspinatus and the bursaagainst one or more components of the acromian arch

a shrinking of the abdominal cavity and a consequent reduction in the curve rangeprovokesa shrinking of the abdominal cavity and a consequent reduction in the curve range

submuscular implants(passive) created bysubmuscular implants

the muscle force(passive) created bythe muscle force

significant changes in the position of the patella measured radiologically.20 While the position of the patella with the quadriceps contracting may be more representative of the functional condition , the MRI acquisitions at extension were performed with the patients at rest to avoid variability in contraction during the relatively long scan timecan causesignificant changes in the position of the patella measured radiologically.20 While the position of the patella with the quadriceps contracting may be more representative of the functional condition , the MRI acquisitions at extension were performed with the patients at rest to avoid variability in contraction during the relatively long scan time

the anterior force vector(passive) caused bythe anterior force vector

greatest strain on the anterior cruciate ligament graft between 10 ° and 45 ° of flexioncausesgreatest strain on the anterior cruciate ligament graft between 10 ° and 45 ° of flexion

impingement of supraspinatuscausingimpingement of supraspinatus

anterior tibial translation and so could stress the ACL graftcreatesanterior tibial translation and so could stress the ACL graft

in significant decreases in thigh venous compliancewould resultin significant decreases in thigh venous compliance

to do workwill ... are designedto do work

to rear retraction as well ascan contributeto rear retraction as well as

proximal tibial avulsion fracturecausingproximal tibial avulsion fracture

the movement error(passive) caused bythe movement error

in significant ( less than 7 mm ) anterior displacement of the tibia in the range of 0 degrees to 80 degrees of flexioncan resultin significant ( less than 7 mm ) anterior displacement of the tibia in the range of 0 degrees to 80 degrees of flexion

the increase of iEAAR bundles ’ shortening rate and cell collapse(passive) is caused bythe increase of iEAAR bundles ’ shortening rate and cell collapse

motion(passive) caused bymotion

< 7 % to the total change in Pawcontributed< 7 % to the total change in Paw

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Smart Reasoning:

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