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Veterinary Arthrology 1

Total questions: 58

Worksheet time: 31mins

Name
Class
Date
1.

Immovable joints?

a)

Amphiarthroidal joints

b)

Synarthroidal joints

c)

Diarthroidal joints

2.

Joints according to structure:

a)

Synarthroidal, Amphiarthroidal, Diarthroidal

b)

Arthroidal, Spheroidal, Ginglymus etc.

c)

Fibrous, Cartilaginous, Synovial

d)

Flexion, Extension, Dorsal and Ventral Flexion

3.

Example of Synarthroidal joint

a)

Shoulder joint

b)

Arthroidal joints

c)

Elbow joints

d)

Sutures in the skull

4.

Slightly movable joints?

a)

Amphiarthroidal

b)

Synarthroidal

c)

Diarthroidal

5.

Freely movable joints?

a)

Amphiarthroidal

b)

Synarthroidal

c)

Diarthroidal

6.

Hip joint

a)

Amphiarthroidal

b)

Diarthroidal

c)

Synarthroidal

7.

Elbow joint

a)

Flexion and extension

b)

Dorsal flexion

c)

Ventral flexion

d)

Universal

8.

Does not ossify when the animal matures but still, limits the movement of the bone

a)

Primary Cartilaginous joint

b)

Synchondrosis

c)

Symphysis

d)

Gomphosis

9.

Fibrous joint between skull bones

a)

Syntosis

b)

Synchondrosis

c)

Syndesmosis

d)

Sutures

10.

A fixed, immovable joint (Synarthroidal joint)

a)

Cartilaginous joint

b)

Fibrous joint

c)

Synarthroidal joint

d)

Synovial joint

11.

Temporary joints (fibrous joints) later ossify when the animal matures, in the process called

a)

Synchondrosis

b)

Symphysis

c)

Epiphysis

d)

Syntosis

12.

Joint for teeth implantation in the alveolar process of the jaw bone

a)

Symphysis

b)

Gomphosis

c)

Synchondrosis

d)

Osyntosis

13.

An example of fibrous joint that is also known as, "NOT a true joint"

a)

Gomphosis

b)

Synchondrosis

c)

Primary Cartilaginous Joint

d)

Symphysial surface

14.

Greek word "syndesmos" means what?

a)

Bones

b)

Compact bones

c)

Ligaments

d)

Tendon

15.

Fibrous joints except

a)

Sutures

b)

Syndesmosis

c)

Synchondrosis

d)

Gomphosis

16.

A fibrous joint uniting two bones by a sheet of fibrous tissue (like the interosseous fibrous membrane)

a)

Suture

b)

Gomphosis

c)

Cartilaginous joints

d)

Syndesmosis

17.

Cartilaginous joints except

a)

Gomphosis

b)

Synchondrosis

c)

Symphysis

18.

A temporary joint of hyaline cartilage

a)

Epiphyseal surface

b)

Epiphysis

c)

Primary Cartilaginous Joint

d)

Secondary Cartilaginous Joint

19.

Example of secondary cartilaginous joint

a)

Epiphyseal surface

b)

Intervertebral joints

c)

Shoulder joint

d)

Elbow joint

20.

According to structure and is classified as diarthroidal joint

a)

Cartilaginous joint

b)

Synovial joint

c)

Fibrous joint

21.

SYNOVIAL JOINT:

Capsular ligament, thickness varies from joint to joint

a)

Joint capsule

b)

Fibrous layer

c)

Synovial membrane

d)

Synovial fluid

22.

SYNOVIAL JOINT:

Two-layered structure surrounding the joint

a)

Joint capsule

b)

Fibrous layer

c)

Synovial membrane

d)

Synovial fluid

23.

SYNOVIAL JOINT:

Highly vascular, nerve rich and produces synovial fluid

a)

Joint capsule

b)

Joint cavity

c)

Synovial membrane

d)

Articular cartilage

24.

Strong bands of white fibrous tissue uniting bones that function to keep joint surfaces in apposition

a)

Ligaments

b)

Bursa

c)

Synovial fluid

d)

Meniscus/Disc

25.

SYNOVIAL JOINT:

Viscous liquid produced by the synovial membrane to lubricate the joint

a)

Joint capsule

b)

Synovial fluid

c)

Synovial membrane

d)

Articular cartilage

26.

SYNOVIAL JOINT:

Removes waste from the hyaline articular cartilage

a)

Joint capsule

b)

Synovial fluid

c)

Synovial membrane

d)

Articular cartilage

27.

Ligament type:

Located within the joint capsule,

Not considered in the joint space because the synovial membrane reflects over them

a)

Intracapsular ligament

b)

Synchondrosis

c)

Extracapsular ligament

d)

Syntosis

28.

Serves like a cushion to lessen impact or pressure between two bones

a)

Bursa

b)

Joint cavity

c)

Meniscus/Disc

d)

Synovial sheath

29.

Structure similar to a bursa that is wrapped completely around a tendon

a)

Bursa

b)

Joint cavity

c)

Meniscus/Disc

d)

Synovial sheath

30.

A unique feature of a synovial joint,

It is a little more than a potential space containing a trace of synovial joint

a)

Bursa

b)

Joint cavity

c)

Meniscus/Disc

d)

Synovial sheath

31.

Found only in the stifle and temporo-mandibular joints which allows greater variety of motion and alleviate concussion

a)

Bursa

b)

Joint cavity

c)

Meniscus/Disc

d)

Synovial sheath

32.

A sac-like structure found between different tissues which reduces friction between these tissues

a)

Bursa

b)

Joint cavity

c)

Meniscus/Disc

d)

Synovial sheath

33.

Clinical anatomy:

A joint formed in an unreduced or unhealed fracture having all the structures of a synovial joint

a)

Bursitis

b)

Excess synovial fluid

c)

False joints

d)

Luxation/Dislocations

34.

Clinical anatomy:

Since synovial fluid in healthy animals is minimal, the amount of fluid indicates the state of health of the joint

a)

Bursitis

b)

Excess synovial fluid

c)

False joints

d)

Luxation/Dislocations

35.

Classification of Synovial joints:

Two articular surfaces enclosed in a joint capsule

a)

Simple joint

b)

Compound joint

36.

Classification of Synovial joints:

More than two articular surfaces enclosed within the same joint

a)

Simple joint

b)

Compound joint

37.

Classification of movement:

Two flat articular surfaces allowing simple gliding or sliding motion

a)

Simple joint

b)

Compound joint

c)

Arthroidal joint

d)

Spheroidal joint

38.

Classification of movement:

All movements at right angles to the bones involved

a)

Ginglymus joints

b)

Compound joint

c)

Arthroidal joint

d)

Spheroidal joint

39.

Classification of movement:

Biaxial joint, formed by an oval-shaped condyle and elliptical cavity

a)

Ginglymus joints

b)

Ellipsoid/Condyloid joint

c)

Arthroidal joint

d)

Spheroidal joint

40.

Classification of movement:

Mutiaxial, consists of spheroidal head fitting into a pit of socket allowing universal movement

a)

Ginglymus joints

b)

Ellipsoid/Condyloid joint

c)

Arthroidal joint

d)

Spheroidal joint

41.

Classification of movement:

Can rotate a little, move sideways, back and forth

a)

Sellaris joint

b)

Ellipsoid/Condyloid joint

c)

Arthroidal joint

d)

Spheroidal joint

42.

Synovial joint movements:

Movement around the long axis of the part

a)

Circumduction

b)

Rotation

c)

Extension

d)

Flexion

43.

Synovial joint movements:

Movement circumscribing a shape

a)

Circumduction

b)

Rotation

c)

Extension

d)

Flexion

44.

Synovial joint movements:

Decreasing the angle between two bones

a)

Circumduction

b)

Rotation

c)

Extension

d)

Flexion

45.

Synovial joint movements:

Increasing the angle between two bones

a)

Circumduction

b)

Rotation

c)

Extension

d)

Flexion

46.

Synovial joint movements:

Moving a part towards the median plane, digit towards the axis of the limb

a)

Circumduction

b)

Adduction

c)

Abduction

d)

Flexion

47.

Synovial joint movements:

Moving a part away from the median plane, digit away from the axis of the limb

a)

Abduction

b)

Adduction

c)

Rotation

d)

Extension

48.

Synovial joint movements:

All the movements mentioned.

a)

Abduction

b)

Flexion

c)

Universal

d)

Extension

49.

SYNOVIAL JOINT:

Translucent, bluish-tinged cartilage, usually made up of hyaline, that covers the articular ends of the bones to reduce the effects of concussion and friction by its compressibility, elasticity, and smoothness.

a)

Joint capsule

b)

Joint cavity

c)

Synovial membrane

d)

Articular cartilage

50.

SYNOVIAL JOINT:

Located between tendons and bones, skin and bones, muscles and bones, ligaments and bones.

a)

Joint capsule

b)

Bursa

c)

Synovial membrane

d)

Articular cartilage

51.

Carpus:

Located between the radial and ulnar carpal bones

a)

Cr

b)

Ci

c)

Cu

d)

Ca

52.

Carpus:

Largest and medially located

a)

Cr

b)

Ci

c)

Cu

d)

Ca

53.

Carpus:

Laterally located.

a)

Cr

b)

Ci

c)

Cu

d)

Ca

54.

Carpus:

Projects behind the carpus with the ulnar carpal bone.

a)

Cr

b)

Ci

c)

Cu

d)

Ca

55.

Carpus:

Muscles attach only to this bone.

a)

Cr

b)

Ci

c)

Cu

d)

Ca

56.

Canine carpal bones.

a)

Seven

b)

Eight

c)

Six

d)

Nine

57.

Each bone has a base articulating with the carpus, head that articulates with the proximal phalanx, shaft.

a)

Carpus

b)

Wrist

c)

Metacarpus

d)

Digits

58.

Found in dogs. A reduced bone and does not bear weight.

a)

Dew claw (MC1)

b)

Proximal phalanx

c)

Middle phalanx

d)

Distal phalanx