Ankle Foot Continued

Question 0

talonavicular joint is a blank talar head on a blank posterior navicular

Answer 0

convex, concave

Question 1

talonavicular joint is part of the blank joint

Answer 1

transverse tarsal joint

Question 2

talocalcaneonavicular joint is includes these joints

Answer 2

talonavicular, subtalar

Question 3

tcn joint is the blank to foot funciton

Answer 3

key

Question 4

tension on the blank ligament pulls the tcn joint together

Answer 4

spring

Question 5

joint consisting of talonavicular joint and calcaneocuboid joints

Answer 5

transverse tarsal

Question 6

transverse tarsal joint is a blank shaped joint line

Answer 6

s

Question 7

calcaneocuboid joint is a blank surface but is a very limited blank joint

Answer 7

sellar, ball/socket

Question 8

ligament that is part of the transverse tarsal joint that aids in maintaining longitudinal arch

Answer 8

long plantar lig

Question 9

transverse tarsal joint is almost longitudinal axis so it is very good at blank

Answer 9

inv/eversion

Question 10

oblique transverse tarsal joint axis is decent at blank motions

Answer 10

all

Question 11

with a lateral rotary force on the leg, the subtalar joint brings the transverse tarsal joint into blank which is the blank position

Answer 11

supination, closed pack

Question 12

with a medial rotary force on the tibia, the subtalar joint will go into blank but the transverse tarsal joint will go into blank

Answer 12

pronation, supination

Question 13

during heel contact, calcaneus blank

Answer 13

everts

Question 14

adduction is aka

Answer 14

medial rotation

Question 15

when calcaneus everts, talus blank and blank

Answer 15

adducts, plantar flexion

Question 16

when calcaneus everts, talonavicular blank

Answer 16

plantar flexes

Question 17

while calcaneus everts, tmt joint blank and blank at 1st and 2nd while tmt joint blank and blank at 4th and 5th

Answer 17

df/iv, pf/iv

Question 18

pronation twist causes calcaneus blank

Answer 18

iv

Question 19

when calcaneus iv, talus blank

Answer 19

abducts/LR/DF

Question 20

while calcaneus iv, talonavicular joint blank

Answer 20

df

Question 21

tmt pronation twist has tmt blank and blank at 1st and 2nd but blank and blank at 4th and 5th

Answer 21

pf/ev, df/ev

Question 22

essentially a bone bruise from compressive load

Answer 22

kissing lesion

Question 23

this is continuous from calcaneus to mt heads and is seen from the medial side

Answer 23

longitudinal plantar arch

Question 24

this mechanism of the foot converts rotary motion to linear

Answer 24

windlass mechanism

Question 25

extending toe puts blank on plantar fascia, which creates a blank arch

Answer 25

tension, increased

Question 26

pronated foot has an adapted blank to the plantar fascia

Answer 26

lengthening

Question 27

supinated foot has an adapted blank to the plantar fascia

Answer 27

shortening

Question 28

important for first ray stabilization and medial foot stabilization

Answer 28

tibialis posterior

Question 29

cuboid pulley allows force of peroneus to blank and blank the first ray

Answer 29

pf/abduct

Question 30

hyperpronation causes the blank component of the cuboid pulley to become greater while the blank component becomes smaller

Answer 30

abduction, pf

Question 31

someone with a very varus calcaneus will have a blank foot when standing to compensate

Answer 31

pronated

Question 32

in excessive pronation, the blank almost touches the ground

Answer 32

navicular

Question 33

adduction and pf of talus causes blank of the tibia, which causes blank at the menisci of the knee

Answer 33

ir, shear forces

Question 34

rigid forefoot valgus needs blank compensation

Answer 34

rearfoot supination

Question 35

rigid forefoot valgus puts a person at risk for blank

Answer 35

inversion sprain