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PHTH 7202 Anatomy > Anatomy final > Flashcards

Anatomy final Flashcards

1
Q

Fibular head attachments: (3)

A

TFL, LCL, bicep femoris

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2
Q

Facets in the patella

A

5

odd, 2 medial, 2 lateral

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3
Q

Forces on the patella

A

Medial (VMO, raised lateral facet of the intercondylar groove, medial patellar retinacular fibers) Lateral (IT band, bowstringing force on the patella, lateral patellar retinacular fibers)

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4
Q

Lateral meniscus shape

A

oval

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5
Q

medial meniscus shape

A

C

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6
Q

Tibia rotates ____ when it gets close to terminal extension (____ chain)

A

externally; open chain

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7
Q

Femur rotates ____ when it gets close to terminal extension (____ chain)

A

internally; closed chain

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8
Q

Femoral artery passes through that the _________ and becomes ______

A

adductor hiatus ; popliteal artery

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9
Q

Patellar tendon reflex level

A

L4

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10
Q

Calcaneal tendon reflex level

A

S1

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11
Q 
Hip flexion
Knee extension
Ankle DF
Hip extension
Knee flexion
Ankle PF
(levels)
A 
L1-2
L3-4
L4-5
L5-S2
L5-S2
S1-2
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12
Q

Coxa vara= genu ____

A

valgum

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13
Q

coxa valga= genu ___

A

varum

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14
Q

Genu valgum

A

stretches the MCL and compression of the lateral compartment; pronation of the foot

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15
Q

Genu Varum

A

compression forces on the medial compartment; stretches the LCL; supination

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16
Q

the only capsular ligament

A

MCL

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17
Q

Tibia is ___(convex or concave) and ___ increases this

A

concave; meniscus

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18
Q

Dorsiflexion

A

EDL, EHL, TA

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19
Q

Plantar flexion

A

gastro, soleus, plantaris, TP, FDL, FHL, PL, PB

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20
Q

Eversion

A

EDL, PT, PL, PB

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21
Q

Inversion

A

EHL, TA, TP

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22
Q

LCL attachments

A

lateral epicondyle and fibular head

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23
Q

MCL attachments

A

medial epicondyle and medial surface of the tibia

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24
Q

oblique popliteal ligament is a continuation of the ……

A

Semimembranosus

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25
Q

ACL attachment

A

attached to the inner surface of the lateral femoral condyle and the anterior intercondylar area of the tibia

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26
Q

ACL (info)

A

is taut in full extension; prevents anterior displacement of the tibia

27
Q

PCL attachment

A

attached to the inner surface of the medial femoral condyle and the posterior intercondylar area of the tibia

28
Q

PCL (info)

A

is taut during flexion; prevents posterior displacement of the tibia

29
Q

To unlock the knee to permit flexion from the locked position, the femur must rotate ______ on the tibia (or the tibia rotate ______).

A

laterally; medially

30
Q

the muscle to aid in the unlocking of knee extension

31
Q

Compare the strength of knee flexion with the ankle dorsiflexed and plantarflexed. Why would you expect a difference?

A

The gastrocnemius, a knee flexor, is weaker (on slack) with the ankle plantarflexed. This position could be utilized if you wish to test the hamstrings while minimizing the effect of the gastrocnemius.

32
Q

Test the strength of your partner’s quadriceps in the sitting position. Compare the strength when the hip is flexed (when your partner sits leaning forward) or extended. Why could there be a difference?

A

With the hip flexed, the rectus femoris is put on slack, and is therefore in a weaker position.

33
Q

Genu recurvatum increases….

A

lumbar lordosis

34
Q

Meniscus

A

increase the shock absorption

triple the contact surface area

35
Q

talocrucal joint (artho)

A

tibia, fibula, and talus
concave tib/fib
convex talus

36
Q

closed chain pronation

A

eversion (calcaneus), adduction (talus), plantar flexion (talus), flexion of knee (stable forefoot)

37
Q

closed chain supination

A

inversion (calcaneus), abduction (talus), dorsiflexion (talus), extension of knee (stable forefoot)

38
Q

open chain pronation

A

eversion (calcaneus), abduction (forefoot), doriflexion (forefoot) (stable talus)

39
Q

open chain supination

A

inversion (calcaneus), adduction (forefoot), plantar flexion (forefoot) (stable talus)

40
Q

pronation and supination are in the ____ axis

41
Q

eversion and inversion are in the ___ axis

42
Q

abduction and adduction are in the ___ axis

43
Q

dorsiflexion and plantar flexion are in the ___ axis

44
Q

forefoot:

A

the metatarsal, phalanges, and their joints

45
Q

Midfoot:

A

the cuneiforms, navicular, cuboids, and transverse tarsal joints

46
Q

Hindfoot:

A

talus and calcaneous

47
Q

lateral ankle sprain (number of ligaments)

A

1) AFTL
2) CFL
3) PFTL

48
Q

tibial nerve divides into __________ inferior to the ______

A

medial and lateral plantar N; medial malleolus

49
Q

Tarsal tunnel

A

tibial N, posterior artery, FDL, FHL, TP; beneath the flexor retinaculum posterior to the medial malleolus

50
Q

Hallux Valgus

A

Bunion

displacement of the 1st MTP join by the displacement of the flexor and extensor tendors

51
Q

Great saphenous vein (N)

A

Saphenous N

52
Q

Small saphenous vein (N)

A

sural N, cutaneous branch of tibial N and common peroneal N

53
Q

anterior tibial artery (N)

A

deep peroneal N

54
Q

posterior tibial artery (N)

55
Q

Hallux limitus

A

less than functional great toe ext

56
Q

hallux rigidius

A

less than 10* of great toe extension

57
Q

pes plantus (2 types)

A

rigid or flexible

58
Q

pes plantus- rigid

A

always present (non-weight bearing and weight bearing)

59
Q

pes plantus- flexible

A

deformity will change; is present in weight bearing, but not in non-weight bearing

60
Q

What nerve supplies the skin over the dorsum of the foot?

A

Superficial peroneal N

61
Q

What nerve innervates the muscles in the posterior compartment of the leg?

62
Q

What is the nerve that extends the toes?

A

Deep Peroneal N

63
Q

What nerve supplies the muscles in the lateral compartment of the leg

A

Superficial Peroneal N

64
Q

A0 and A1 (artho)

A

A0 is convex on a A1 concave

PHTH 7202 Anatomy (7 decks)

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