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the joint spacecausinggreater varus deformity
For example , in the knee joint , the medial compartment is affected more than the lateralleadingto a varus deformity ( genu varum
Untreated displaced fracturesusually resultin nonunion with cubitus varus deformity
by lateral condyle fracture(passive) caused bycubitus varus deformity
injury to the lateral collateral ligament complex in addition to fracture of the coronoid of the ulna(passive) Caused byVarus posteromedial rotatory instability
while in the medial compartmentleadingto varus deformity ( Fig
in the medial compartmentleadingto varus deformity ( Fig
by lateral condyle(passive) caused bycubitus varus deformity
Disease of the ankle or subtalar jointmay leadto a varus or valgus deformity
a traumatic event like valgus instability due to a sudden fall(passive) is caused byVarus posteromedial rotatory instability
the medial proximal tibialeadsto a tibial varus deformity
a traumatic event , such as a fall(passive) is typically caused byVarus posteromedial rotatory instability
a traumatic event , such as a fall(passive) is normally caused byVarus posteromedial rotatory instability
malunionleadingto cubitus varus deformity
Such malunioncan resultin cubitus varus deformity
by arthritis in the big toe joint(passive) can be caused by Hallux varus
the medial columncausesthe cubitus varus deformity
by arthritis in the toe joint(passive) can be caused byHallux varus
Medial compartment cartilage lossleadsto varus deformity
An attempt to repair may lead to asymmetrical growthresultingin valgus or varus deformity
by the medial compression(passive) caused bythe varus deformity
the distal tibial epiphysiscausinga varus deformity
by erosion of the medial tibial plafond ( d(passive) to be caused bythe varus deformity
erosion of the medial tibial plafond(passive) was caused byThe varus deformity
by erosion of the medial tibial plafond(passive) was caused byThe varus deformity
reductionleadingto varus deformity
erosion of(passive) was caused byThe varus deformity
trauma or congenital factors(passive) is caused byHallux varus
erosion of the medial tibial plafond , a varus heel(passive) was caused byThe varus deformity
A number of thingscan leadto a varus deformity
What complicationscould causeHallux Varus
the opposite directioncausinghallux varus
non union or malunionresultingin varus deformity
After fracture healing an osseous bridge was formed at the medial part of the physisleadingto a varus deformity
by erosion of the medial tibial plafond ( d ) , such as resistors , capacitors , integrated circuits , and connectors(passive) to be caused bythe varus deformity
erosion of the medial tibial plafond ( d ) , such as resistors , capacitors , integrated circuits , and connectors(passive) to be caused bythe varus deformity
Overly aggressive closure of the intermetatarsal angle below zerocan also causehallux varus
if the calcaneus gets overly smushed ( as measured by that Bohlers anglecausingvarus malalignment
loss of joint spacecausingvarus
the tip of the big toe to point inward , away from the other toes on the feetcausesthe tip of the big toe to point inward , away from the other toes on the feet
the lateral ligaments to stretchcausesthe lateral ligaments to stretch
me to run a little differently from a normal person's been causingme to run a little differently from a normal person
into inward turning of the forefootresultsinto inward turning of the forefoot
to medial compartment OAcontributesto medial compartment OA
tardy ulnar nerve palsy(passive) caused bytardy ulnar nerve palsy
Tardy ulnar nerve palsy(passive) caused by Tardy ulnar nerve palsy
Tardy ulnar nerve palsy(passive) caused byTardy ulnar nerve palsy
ulnar nerve palsy(passive) caused byulnar nerve palsy
Tardy ulnar palsy(passive) caused byTardy ulnar palsy
all three Roman legions and their auxiliaries(passive) led byall three Roman legions and their auxiliaries
to overload of the lateral footcan leadto overload of the lateral foot
to increased compression forcesleadsto increased compression forces
9 AD 3 Roman legions and their auxiliaries ,(passive) led by9 AD 3 Roman legions and their auxiliaries ,
the big toe to point awaycausesthe big toe to point away
from supracondylar fracture of the humerusresultingfrom supracondylar fracture of the humerus
from ligament imbalance , component malalignment , component loosening , bone loss , bone fracture , polyethylene wear , or collateral ligament failurecan resultfrom ligament imbalance , component malalignment , component loosening , bone loss , bone fracture , polyethylene wear , or collateral ligament failure
alsocan ... resultalso
the joint(passive) caused bythe joint
to implant impingement [ Figure 4leadingto implant impingement [ Figure 4
excessive stress to pass through the arthritic inside part of the kneecausesexcessive stress to pass through the arthritic inside part of the knee
to stress fractureleadingto stress fracture
in a decreased Q angle of the knee jointresultsin a decreased Q angle of the knee joint
20,000 legionaries(passive) led by20,000 legionaries
tibiofemoral joint BMLs(passive) are caused bytibiofemoral joint BMLs
from conditions such as degenerative arthritis , rheumatoid arthritis or Traumaresultingfrom conditions such as degenerative arthritis , rheumatoid arthritis or Trauma
from a congenital deformity , a short or tight tendon or trauma to the big toemay resultfrom a congenital deformity , a short or tight tendon or trauma to the big toe
minor swelling and sorenesscan causeminor swelling and soreness
overloadcausesoverload
the ground reaction force vector to pass more medially to the knee joint centre , resulting in a higher knee adduction momentcausesthe ground reaction force vector to pass more medially to the knee joint centre , resulting in a higher knee adduction moment
in ligamentous laxity , lateral thrust , and a waddling gaitmay resultin ligamentous laxity , lateral thrust , and a waddling gait
from unopposed action of gastrocnemius , tibialis anterior , and tibialis posterior , coupled with loss of extensor tendonsoften resultsfrom unopposed action of gastrocnemius , tibialis anterior , and tibialis posterior , coupled with loss of extensor tendons
to excessive pronation or calcaneal valgusleadingto excessive pronation or calcaneal valgus
to the substantial increase of the total force in the medial compartment ( Table 3contributesto the substantial increase of the total force in the medial compartment ( Table 3
the ground reaction force vector to pass more medially to the knee joint centre during gait resulting in increased loads across the medial compartmentcausesthe ground reaction force vector to pass more medially to the knee joint centre during gait resulting in increased loads across the medial compartment
loss of fixationwas causingloss of fixation
to excessive pronation or to the rear foot in the case of , for example , calcaneal valgusleadingto excessive pronation or to the rear foot in the case of , for example , calcaneal valgus
to the unloading of the lateral compartment and meniscus hypertrophy with bulgingcould leadto the unloading of the lateral compartment and meniscus hypertrophy with bulging
significant unwanted varus stress on the ACLR graftcan causesignificant unwanted varus stress on the ACLR graft
from a muscular imbalance , which is sometimes a complication of failed bunion correctionresultsfrom a muscular imbalance , which is sometimes a complication of failed bunion correction