PTM - 3 Flashcards

1
Q

Which ribs are atypical

A

1, 2, 10, 11, 12

1- short and wide, single facet, scalene tubercle

2- thin, long, tuberosity for serratus anterior

10, single facet head

11, 12 single facet, no neck

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2
Q

Which ribs are atypical

A

1, 2, 10, 11, 12

1- short and wide, single facet, scalene tubercle

2- thin, long, tuberosity for serratus anterior

10, single facet head

11, 12 single facet, no neck

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3
Q

Lymph drainage of breast

A

Axillary
Parasternal
Posterior intercostal

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4
Q

Diaphragm origin and insertion

A

Origin: xiphoid, inner surface of lower 6 ribs

Insertion: Left crus on to L2, Right crus on to L3

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5
Q

Blood supply to spinal cord

A

Anterior spinal a (vertebral arteries)
Posterior spinal arteries (posterior inferior cerebellar arteries)

Anastamose at conus medullaris

Also segmental arterial supply from radicular arteries (Adamkiewicz)

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6
Q

Where does artery of Adamkiewicz originate from

A

T8 to L1 on the left of aorta

Could be damaged in AAA repair

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7
Q

Brown sequard cause

A

Result of hemisection of spinal cord ?direct trauma

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8
Q

Brown sequard syndrome sx

A

Ipsilaterall weakness, vibration and proprioception loss
Contralateral pain and temp

90% ambulatory by the end of recovery period

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9
Q

Central cord syndrome cause

A

hyperextension injury especially in elderly with background of degenerative changes such as osteophytes

Compression of spinal cord between lig flavum and intervertebral disc

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10
Q

Central cord syndrome sx

A

Upper limb weakness worse than lower limb as motor fibres run more centrally within the corticospinal tract

Good recovery

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11
Q

Anterior cord syndrome cause

A

interruption of blood supply to anterior spinal cord (anterior spinal artery)

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12
Q

How many vertebral bodies are there

A

33

7 C
12 T
5 L
5 fused sacral
3 fused cocygeal

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13
Q

Sx of anterior spinal cord syndrome

A

Loss of corticospinal and spinothalamic

Dorsal column unaffected

Lower limb worse than upper limb

10-20 % make recovery

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14
Q

How many vertebral bodies are there

A

33

7 C
12 T
5 L
5 fused sacral
3 fused cocygeal

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15
Q

Attachments of hip capsule

A

Proximally: acetabulum
Distally: anterior to intertrochanteric line, posterior 1cm above intertrochanteric crest

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16
Q

Ligaments of hip joint

A

Ileofemoral (strongest)
Pubofemoral
Ischiofemoral

17
Q

Origin and insertion of ileofemoral ligament

A

Acetabulum to intertrochanteric line

18
Q

Function of ileofemoral ligament

A

Resists hyperextension

18
Q

Function of ileofemoral ligament

A

Resists hyperextension

19
Q

Origin and insertion of psoas major

A

Deep part from transverse process of L1-4
Superficial head from lateral surface of T12-L4 + intervertebral discs

Inserts on lesser trochanter

20
Q

Ileotibial band origin and insertion

A

Anterolateral tubercle of ilac crest on to lateral condyle of tibia

21
Q

IT band muscles

A

Gluteus maximus and Tesnor fascia lata

22
Q

Function of IT band

A

stabilises knee extension
Important in walking and running

23
Q

Surface marking of sciatic nerve

A

Curved line

1- half way between posterior superior iliac spine and ischial tuberosity

2- half way between ischial tuberosity and greater trochanter

23
Surface marking of sciatic nerve
Curved line 1- half way between posterior superior iliac spine and ischial tuberosity 2- half way between ischial tuberosity and greater trochanter
24
Variations of sciatic nerve passage
Most common: under the piriformis in greater sciatic foramen Sometimes: passes through piriformis Rarely: splits high with one division passing above and through piriformis
25
Which leg muscles attach to medial cuneiform bone
Tibialis anterior posterior Peroneus longus
26
Origin and insertion of fibularis tetrius
Lower 1/3 of fibula to base of 5th metatarsal
26
Origin and insertion of fibularis tetrius
Lower 1/3 of fibula to base of 5th metatarsal
27
Action of tibialis anterior and posterior
Anterior: dorsi +INVERSION Posterior: plantar + INVERSION
27
Action of tibialis anterior and posterior
Anterior: dorsi +INVERSION Posterior: plantar + INVERSION
28
At what joint does dorsiflexion/plantar flexion occur
tibiotalar
29
At what joint does inversion/eversion occur
Subtalar
29
At what joint does inversion/eversion occur
Subtalar
30
How many arches does the foot have
3 Medial longitudinal Lateral longitudinal Transverse
31
Structures supporting the medial longitudinal arch
Bones: Calcenum, talus, navicular, cunieforms, media 3 metatarsals Ligament: interosseus, spring lig Muscles: flexor digitorum longus and brevis, flexor hallucis, tibialis anterior and posterior
32
Structures supporting lateral arch of foot
Bones: calceneum, cuboid, lateral 2 metatarsals Lig: Long and short plantar ligaments Muscle: peroneus longus, flexor digitorum longus and brevis
33
Structures supporting the transverse arche
Bones: all metatarsals Ligaments: interosseus Muscles: Peroneus longus