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exam revision Flashcards

1
Q

what are the functions of the vertebral column

A
  • forms framework of the body
  • supports the body
  • protection of vital organs
  • muscle attachment
  • bone functions
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2
Q

what type of tissue are ligaments?

A

dense fibrous connective tissue

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3
Q

what type of joint is the intervertebral disk?

A

secondary cartilaginous

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4
Q

wat type of landmarks are spinous and transverse processes

A

protuberance

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5
Q

describe the difference between primary and secondary curvatures

A 
Primary 
- Concave anteriorly 
- develop before birth (tx, sacral)
Secondary 
- Concave posteriorly 
- develop during childhood (cx, lx)
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6
Q

what is the outer layer and the central portion of the intervertebral disk called?

A

Outer layer: Annulus fibrosis

Central portion: Nucleus fibrosis

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7
Q

why is the lumbrosacral joint so susceptible to injuries?

A

It is because of the oblique angle it is on, combined with supporting the weight of the whole body above it.

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8
Q

what is the difference between bilateral and unilateral movement?

A

bilateral is where muscles on either side of the vertebrae contract to perform flexion or extension

Unilateral is where one pair of muscles works, where movement occurs in the coronal planes.

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9
Q

what is the difference between ipsilateral and contralateral movements?

A

ipsi: movement to the same side as the muscle lies
contra: movement to opposite side of where muscle lies

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10
Q

what is the linea alba?

A

This is a fibrous structure that runs down the middle of the abdomen from the xiphiod process to the pubic synthesis, that is an attachment point for abdominal muscles

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11
Q

what is the innervation of the abdominal wall?

A

lower thoracic ventral rami

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12
Q

what type of rami forms the lumbar plexus and what are the major branches?

A
  • ventral rami (L2, 3, 4)
  • femoral nerve
  • obturator nerve
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13
Q

what type of rami forms the sacral plexus and what are the major branches?

A

-lumbrosacral trunk (L4, L5) and Ventral rami (S1, S2, S3)

  • sciatic nerve and its branches
  • sup and inf gluteal nerves
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14
Q

Describe the anatomical position of the main nerves in the lower limb?

A

femoral: runs deep to iniguial ligament
Obturator: exits out of the obturator canal
Sciatic: exits out of the greater sciatic foramen ].

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15
Q

What are the types of bursa and its function?

A
  • it is a pouch of synovial membrane filled with synovial fluid
  • Trochanteric bursa and Illiopsoas bursa
  • Its function id to reduce friction between two structures sliding against each other
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16
Q

What are the articulating surfaces of the hip joint? (coxalfemoral joint)

A
  • acetabalum of the hip

- head of the femur

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17
Q

What are the capsular ligaments in the Hip?

A
  • Iliofemoral
  • Ischiofemoral
  • Pubofemoral
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18
Q

A joint with greater congruency has greater..?

A

Contact, thus greater flexibility eg shoulder joint

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19
Q

When is the Hip most congruent?

A

when it is maximally flexed, abducted or laterally rotated. At this point it is most susceptible to injury.

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20
Q

Which muscles flex and extend the hip?

A

Flex: Illiopsoas and sartorius (also abduction, lat rotation and flex of knee jnt)
Extend: Gluteus maximus

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21
Q

Which muscles abduct the hip?

A
  • adductor longus
  • adductor brevis
  • adductor magnus (adductor part)
  • gracilis
  • pectineus
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22
Q

What arteries supply the hip?

A

branches of the profunda femoris artery

branch from obturator artery supplies the head of the femur and ligamentum teres

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23
Q

What are the boundaries of the femoral triangle?

A

base: iniguial ligament
medial: medial border of adductor muscles
lateral: medial border of sartorius muscle

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24
Q

why are plantar flexors more powerful than dorsi flexors?

A
  • increased cross-sectional area of muscle bellies
  • length of lever arm is larger due to longer tendon distance from joint axis
  • have a greater importance in a function basis, as they need to lift the entire body weight for running, walking, jumping, etc.
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25
Q

What is retinaculum and what is its purpose?

A

this is a dense fibrous connective tissue that prevents the bowstringing of tendons. (holds muscles in place so they can perform the desired movement)

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26
Q

what is the innervation of the toe joints

A

digital branches of nerves:

  • medial plantar
  • lateral plantar
  • deep fibular
  • superficial fibular
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27
Q

why does the metotarsophalangeal (MTPJ) joint have a large range of extension?

A

This is because our toes must remain in contact with the ground during gait, while the rest of the foot moves over the toes.

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28
Q

what is the histological type and functional shape of MTPJ and IPJ?

A

MTPJ: synovial, ellipsoid
IPJ: synovial, hinge

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29
Q

what are the movements possible at MTPJ and IPJ?

A

MTPJ: flexion(some) extension(lots) adduction/abduction (minimal)
IPJ: flexion and extension

30
Q

what is the difference between parietal and visceral pleura?

A

Visceral pleura sits around the organ and on top while the parietal pleura lines the body wall

31
Q

What is the function of pleura and how do they do this?

A

Pleuras function is to reduce friction between body walls and cavities. There is serous fluid between visceral and parietal pleura to enable this.

32
Q

what are the boundaries of the thorax

A

Anterior: xiphoid process, costal cartilage manubrium and body of sternum

Lateral: Ribs

Posterior: Thoracic vertebrae

Roof: super pleural membranes

Floor: thoracic diaphragm

33
Q

true/false

the trachea lies posterior to the oesophagus

A

false

34
Q

what are the three branches of the aortic arch?

A
  • brachiocephalic artery (right subclavian and common carotid artery)
  • left common carotid artery
  • left subclavian artery
35
Q

what is the function of the extra capsular ligaments of the knee

A

the medial and lateral collateral ligaments provide support to the knee joint by limiting the lateral and medial openings of the knee joint.

36
Q

What are valgus and varus forces at the knee joint?

A
  • Valgus forces push the knee joint in medially thus stressing the medial collateral ligament
  • Varus forces push the knee joint laterally, thus stressing the LCL
37
Q

what is the thoracic inlet?

A

this refers to the opening at the top of the thoracic cavity.

38
Q

what is the nerve and blood supply of each compartment of the lower leg?

A

ANTERIOR
blood supply: Anterior tibial artery
Nerve: deep fibular nerve (common fib for TA)

LATERAL
Blood supply: Fibular/peroneal artery (branches of)
Nerve: Superficial fibular nerve

POSTERIOR
Blood supply: Posterior tibial artery
Nerve: tibial nerve.

39
Q

Which nerves run out of the greater sciatic foreamen?

A
  • sup. gluteal nerve
  • inf gluteal nerve
  • sciatic nerve
40
Q

what is the nerve and blood supply of each compartment of the thigh?

A

ANTERIOR
Blood supply: Femoral artery
Nerve: Femoral Nerve

MEDIAL
Blood supply: obturator artery
Nerve: obturator nerve

POSTERIOR
Blood supply: profunda femoris artery
Nerve: sciatic nerve (Biceps fem short head innervated by common fibular)

41
Q

What is the origin of the femoral nerve?

A

L2‐4post.div’ns ofant.

primaryrami

42
Q

What is the origin of the sciatic nerve?

A

L4‐S3ant.andpost.div’ns ofant.

primaryram

43
Q

What is the origin of the obturator nerve?

A

L2‐4post.div’ns ofant.

primaryrami

44
Q

What actions do mytomes L2,L3 emmit

A

flexion of the hip

45
Q

which myotomes produce eversion

A

L5, S1

46
Q

What actions do mytomes L5, S1 produce?

A

eversion and knee flexion

47
Q

What actions do mytomes L4,L5 emmit

A

hip extension

48
Q

Give the myotomes for plantar and dorsi flexion

A

plantar: S1,2
dorsi: L4,5

49
Q

Which myotome is responsible for inversion?

A

L4

50
Q

Is the flexor retinaculum on the medial or lateral side?

A

medial

51
Q

What is the ankle or talocrual joint made up of? and what movements are possible?

A
  • tibia
  • fibula
  • talus

dorsi and plantar flexion

52
Q

What joints make up the tarsal joints? and what movements are possible

A
  • subtalar joint (talus, calcaneus)
  • talocalcaneonavicular joint (talus, calcaneus, navicular)
  • midtarsal (talus, calcaneus, cuboid, navicular)

pronation and supination

53
Q

what are the toe joints? what movements are possible?

A

metotarsalphalangeal (condyloid)
interphalangeal (hinge)’

flexion and extension, some adduction and abduction for MTPJ

54
Q

what are the meninges?

A

the three membranes (the dura mater, arachnoid, and pia mater) that line the skull and vertebral canal and enclose the brain and spinal cord.

55
Q

What is thorocolumbar fascia and what are its attachment points?

A

This surrounds the muscles of the back and provides some attachments points for muscles.
ATTACHMENTS
-anterior and middle layer attaches to transverse process
-posterior layer attaches to spinous process.

56
Q

what are the borders of the popliteal fossa?

A

Superior: semimembranosis, biceps femoris
Inferior: gastrocnemius heads and plantaris

57
Q

Which nerves arteries and veins run through the popliteal fossa?

A

politeal artery and vein
tibial nerve
common fibular nerve
termination of the small saphenous vein

58
Q

what are the boundaries of the femoral triangle? (S.A.I.L)

A

lateral: medial border of the sartorious
medial: medial border of adductor longus muscle
superiorly: iniguial ligament
floor: illiopsoas, pectineus, adductor longus

59
Q

What runs through the femoral triangle?

A
  • femoral nerve
  • femoral artery (profunda femoris branch)
  • femoral vein
  • lymphatics
60
Q

What does the saying ‘tom dick and very naughty harry represent

A 
It is the order of theses structures proximal to distal in the tarsal tunnel, under the flexor retinaculum 
Tibialis posterior 
flexor digitorum longus 
tibial artery 
tibial vein 
tibal nerve 
flexor hallucis longus
61
Q

What are the arches of the foot and the function of each

A

Medial longitudinal
lateral longitudinal
transverse arch

Support the weight of the body during standing and form a lever to assist in propelling the body during walking, running and jumping.

62
Q

What is the mechanisms of the arches of the foot and provide an example

(skaters)

A

Staples Long and short plantar ligaments
Keystone Head of talus
Tiebeam Plantar aponeurosis
Suspension Tendon of tibialis anterior

63
Q

What is the windlass effect?

A

This windlass mechanism is a mechanical model that describes the manner which plantar fascia supports the foot during weight-bearing activities and provides information regarding the biomechanical stresses placed on plantar fascia

64
Q

What is lordosis?

A

A dramatic curve inwards of the lumbar spine

65
Q 
Where is the line of gravity in relation to: 
Atlanto-occipital joint 
Lumbar spine 
Knee joint 
Hip joint
A

AO joint: anterior
Lx spine: middle
Knee joint: anterior
Hip joint: posterior.

66
Q

What is the origin and termination for great and short saphenous veins

A

origin for both: dorsal venous arch

SSV: drains into the popliteal fossa, into the popliteal vein.
GSV: drains into the femoral vein in the femoral triangle

67
Q

What does the lymphatic system do?

A

Takes extra fluid from the tissues and puts it back into the circulatory system so it can go around again.

68
Q

What is a lymph node?

A

this is the meeting point of many lymphatic vessels which drain here and go into one vessel.

69
Q

What are the functions of the pelvis

A
  • weight transfer
  • support
  • protection
  • lower limb attachment
  • openings for communication
  • exterior via pelvic outlet
  • lower limb via others
  • other skeletal system functions
70
Q

What is the histological classification of pubic synthesis

A

secondary cartilaginous

71
Q

Describe pelvic tilt movements

A
  • Anterior pelvic tilt: when the front of the pelvis drops (ASIS moves anteriorly and inferiorly) and the back of the pelvis rises (ischial tuberosity moves posteriorly and superiorly)
  • Posterior pelvic tilt: when the front of the pelvis rises (ASIS moves superiorly and posteriorly) and the back of the pelvis drops (ischial tuberosity moves anteriorly and inferiorly)

ALT (2 decks)

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