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| 1 |
Which membranes would be associated with goblet cells? |
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the lining of the synovial cavity of the knee |
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the lining of the pleural (lung) cavity |
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the lining of the fallopian tube |
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none of these |
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all of these |
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| 2 |
Of the sites listed, where would serous fluid most likely be found? |
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oral cavity |
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pericardial cavity |
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pleural cavity |
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all of these |
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b' and 'c |
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| 3 |
Serous and mucous membranes exists at the _____________ level of oranization. |
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cell |
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tissue |
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organ |
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organ system |
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| 4 |
The most superficial tissue making up the gastric mucosa: |
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dense irregular connective tissue |
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simple columnar epithelium |
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simple squamous epithelium |
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areolar connective tissue |
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none of these |
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| 5 |
One would expect an organ that moves within a cavity, such as the heart, to be associated with a |
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serosa |
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mucosa |
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synovial membrane |
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all of these |
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a' and 'b |
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| 6 |
The deeper cells of the epidermis rely on blood vessels in the |
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stratum corneum |
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stratam basale |
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reticular region of the dermis |
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dermal papillae |
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none of these |
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| 7 |
Skin regions associated with high mitotic rates: |
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stratum corneum |
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stratum basale |
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hair bulb |
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all of these |
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b' and 'c |
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| 8 |
One would expect light touch receptors to be found in the |
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hypodermis |
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reticular layer of the dermis |
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papillary layer of the dermis |
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stratum corneum |
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none of these |
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| 9 |
Which is the correct order of structures a through which a scalpel would cut? |
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stratum corneum, stratum basale, papillary layer of dermis; reticular layer of dermis, deep fascia, hypodermis |
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stratum corneum, stratum basale, reticular layer of dermis; papillary layer of dermis, hypodermis, deep fascia |
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stratum corneum, stratum basale, papillary layer of dermis; reticular layer of dermis, deep fascia, subcutneous layer |
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stratum corneum, stratum basale, papillary layer of dermis; reticular layer of dermis, deep fascia, subcutneous layer |
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stratum corneum, stratum basale, papillary layer of dermis; reticular layer of dermis, subcutneous layer, deep fascia |
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| 10 |
The skin that lines the external auditory meatus is uniquely associated with what structures? |
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eccrine glands |
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merocrine glands |
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ceruminous glands |
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Pacinian corpuscles |
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Meissner's corpuscles |
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| 11 |
In most areas of the body, the epidermis about as thick as |
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a piece of printer paper |
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a mouse pad |
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a credit card |
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a text book cover |
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| 12 |
Which of the listed functions of the skin is the least important? |
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sensing the external environment |
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excretion of waste products |
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body temperature control |
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immunity |
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waterproofing |
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| 13 |
If one could not manufacture sufficient levels of keratin, what would be the immediate consequence? |
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loss of skin sensation |
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cessation of sweat production |
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loss of pigmentation |
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loss of waterproofing ability |
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inability to control body temperature |
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| 14 |
If one could not manufacture sufficient levels of melanin, what would be a consequence? |
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inability to produce vitamin D |
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excessive sweat production |
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damage to the skin from UV light exposure |
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no sebaceous gland activity |
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decreased mitotic rates in the epidermis |
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| 15 |
What would be associated with the epiphysis of a long bone? |
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articular cartilage |
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Haversian canals |
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both |
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neither |
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| 16 |
Articular cartilage is found: |
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only at the ends of long bones |
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on all bones that participate in synovial joints |
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on every bone in the body |
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only in the knee |
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only in the temporal-mandibular joint |
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| 17 |
Which bone would undergo intramembranous ossification? |
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metatarsal |
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tibia |
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capitate |
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parietal |
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none of these |
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| 18 |
What type of cell is directly necessary for the enlargement of a medullary cavity? |
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osteoclast |
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osteoblast |
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osteoprogenitor cell |
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chrondroblasts |
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none of these |
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| 19 |
Which can continue to form bone tissue during adulthood?
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proximal epiphyseal plates |
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distal epiphyseal plates |
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periosteum |
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all of these |
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none of these |
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| 20 |
Which bone has a diaphysis? |
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clavicle |
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navicular |
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ilium |
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calcaneous |
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none of these |
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| 21 |
Which tissue listed would be least effected by a vitamin C deficiency? |
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dense irregular CT |
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osseous tissue |
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areolar CT |
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dense regular CT |
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stratified squamous epithelium |
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| 22 |
The deficiency of which
hormone most commonly leads to the development of osteoporosis? |
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thyroid hormone |
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human growth hormone |
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estrogen |
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parathyroid hormone |
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testosterone |
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| 23 |
Testosterone and estrogens are responsbile for: |
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the adolescent growth spurt |
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"closure" of epiphyseal plates |
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both |
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neither |
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| 24 |
What bone is not part of the lower extremity? |
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cuneiform |
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talus |
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os coxae |
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lunate |
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calcaneus |
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| 25 |
The name of the suture found between the parietal and occipital bones |
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coronal |
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sagittal |
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lambdoidal |
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squamosal |
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none of these |
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| 26 |
If blood calcium levels were to drop, one might expect which of the following to happen as a result? |
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decreased rates of parathyroid hormone secretion |
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increased rates of parathyroid hormone secretion |
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decreased levels of vitamin D synthesis |
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increased rates of thyroid hormone secretion |
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none of these |
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| 27 |
All bones that develop in tendons are considered: |
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short bones |
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irregular bones |
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sesamoid bones |
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flat bones |
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none of these |
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| 28 |
Which spinal curvature is the last to develop, usually around the time a child is first able to stand upright? |
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cervical |
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thoracic |
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lumbar |
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sacral |
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none of these |
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| 29 |
What would be found associated with a metacarpal but not a carpal? |
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diaphysis |
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articular cartilage |
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periosteum |
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spongy bone |
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compact bone |
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| 30 |
What is found within the cavity of a bursa? |
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articular cartilage |
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fibrocartilage |
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synovial fluid |
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air |
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cerumen |
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| 31 |
An example of a condyloid joint is found between which two bones?: |
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atlas and axis |
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metacarpal and phalange |
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radius and ulna |
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pareital and frontal bones |
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tibia and talus |
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| 32 |
Movement at a joint away from the midline is known as _____________, and movement towards the midline is _____________. |
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flexion; extension |
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extension; flexion |
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adduction; abduction |
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abduction; adduction |
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inversion; eversion |
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| 33 |
The type of movement that occurs between the ulna and humerus |
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flexion; extension |
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rotation |
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adduction; abduction |
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pronation; supination |
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all of these |
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| 34 |
Found between the bones that make up a freely movable joint: |
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hyaline cartilage |
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fibrous connective tissue |
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synovial fluid |
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none of these |
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all of these |
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| 35 |
Which of the following is not associated with any joints in the body? |
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hyaline cartilage |
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dense irregular connective tissue |
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fibrocartilage |
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elastic cartilage |
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| 36 |
Which of the following bones form a hinge joint? |
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ulna/humerus |
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radius/ulna |
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radius/scaphoid |
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mandible/temporal |
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rib/thoracic vertebrae |
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| 37 |
Which of the following joints would have a fibrous joint capsule associated with it? |
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gomphosis |
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synchondrosis |
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symphysis |
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suture |
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none of these |
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| 38 |
The position of the
right leg just after the ball is kicked requires ____________ of the hip joint and ______________ of the knee joint. |

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extension; extension |
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flexion; flexion |
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extension; flexion |
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flexion; extension |
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| 39 |
An example of a saddle joint: |
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any interphalangeal joint |
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trapezium/1st metacarpal |
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sphenoid/sella turcica |
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tibia/femur |
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tibia/talus |
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| 40 |
The joint between vertebral
bodies: |
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slightly movable |
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freely movable |
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both |
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neither |
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| 41 |
Supination and pronation of the hand involves movement of a joint formed by which two bones? |
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radius and scaphoid |
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humerus and scapula |
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radius and humerus |
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ulna and humerus |
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ulna and lunate |
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| 42 |
Which muscle compresses the
cheek? |
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buccinator |
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mentalis |
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orbicularis oris |
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risorius |
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zygomaticus major |
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| 43 |
A muscle that inserts in the skin at the angle of the mouth |
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depressor anguli oris |
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levator labii superioris |
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zygomaticus major |
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all of these |
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none of these |
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| 44 |
Muscle that originates on the mandible and inserts onto the skin of chin: |
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platysma |
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mentalis |
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masseter |
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levator palpebrae superioris |
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none of these |
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| 45 |
Muscle that raises the eyebrows: |
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orbicularis oris |
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orbicularis oculi |
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frontalis |
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zygomaticus major |
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none of these |
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| 46 |
Muscle that inserts onto the ramus of the mandible: |
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masseter |
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temporalis |
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mentalis |
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buccinator |
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platysma |
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| 47 |
Muscle that orginates from the parietal bone: |
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masseter |
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temporalis |
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orbicularis oculi |
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splenius capitis |
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sternocleidomastoid |
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| 48 |
Muscles that have opposite actions: |
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semimembranosus and semitendinosus |
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temporalis and masseter |
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splenius capitis and sternocleidomastoid |
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buccinator and orbicularis oris |
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| 49 |
Muscle that inserts onto the
vertebral border of the scapula |
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trapezius |
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rhomboid major |
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sternocleidomastoid |
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pectoralis minor |
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teres major |
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| 50 |
A muscle that pulls the scapula anteriorly (as when you extend the reach of your arm): |
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pectoralis minor |
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pectoralis major |
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serratus anterior |
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trapezius |
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scalenes |
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| 51 |
A muscle that inserts onto the xiphoid process and bends the vertebral column when it contracts. |
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external oblique |
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internal oblique |
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transversus abdominis |
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rectus abdominis |
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| 52 |
A muscle that orginates from the lateral epicondyle of the humerus and extends the wrist. |
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extensor carpi radialis longus |
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flexor carpi ulnaris |
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abductor pollicis longus |
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flexor digitorum superficialis |
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plamaris longus |
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| 53 |
A muscle that adducts the wrist: |
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flexor carpi ulnaris |
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extensor carpi radialis |
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palmaris longus |
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flexor digitorum |
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| 54 |
A muscle that inserts onto the olecranon process |
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biceps brachii |
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brachialis |
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triceps brachii |
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brachioradialis |
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| 55 |
Consider a muscle that supinates; a logical bone of insertion would be the: |
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radius |
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ulna |
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scapula |
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none of these |
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| 56 |
The pronator quadratus inserts on the |
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ulna |
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humerus |
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scaphoid |
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radius |
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none of these |
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| 57 |
Action(s) of the biceps brachii: |
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extension of the arm at shoulder |
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flexion of the forearm |
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supination |
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all of these |
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b' and 'c |
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| 58 |
The brachialis inserts onto the: |
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radial tuberosity |
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distal radius |
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olecranon of ulna |
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coronoid process of ulna |
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styoid process of radius |
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| 59 |
Muscle(s) that laterally rotate or compress the abdomen: |
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external oblique |
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rectus abdominis |
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internal oblique |
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all of these |
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a' and 'c |
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| 60 |
A muscle that inserts onto the 1st metacarpal: |
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extensor digitorum |
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abductor pollicis longus |
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flexor carpi ulnaris |
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flexor digitorum |
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| 61 |
Muscle(s) that extend leg: |
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rectus femoris |
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vastus medialis |
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vastus intermedius |
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vastus lateralis |
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all of these |
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| 62 |
Muscle(s) that originate from the ischial tuberosity: |
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semimembranosus |
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semitendinosus |
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biceps femoris |
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all of these |
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'a' and 'b' only |
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| 63 |
The psoas major originates from the transverse processes of the lumbar vertebrae, and inserts onto the |
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greater trochanter |
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lesser trochanter |
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linea aspera |
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anterior superior iliac spine |
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none of these |
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| 64 |
The iliacus originates from the |
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transverse processes of the lumbar vertebrae |
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greater trochanter |
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lesser trochanter |
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iliac fossa (anterior portion of ilium) |
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none of these |
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| 65 |
Muscle(s) that extend the thigh: |
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gluteus medius |
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gluteus minimus |
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gluteus maximus |
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all of these |
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a' and 'b |
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| 66 |
Muscles that insert onto the greater trochanter: |
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gluteus medius |
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gluteus minimus |
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gluteus maximus |
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all of these |
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a' and 'b |
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| 67 |
Muscles that are antagonistic to the gluteus medius and
minimus: |
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adductor magnus |
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gracilis |
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both |
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neither |
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| 68 |
Muscle(s) inserting onto the linea aspera: |
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adductor longus |
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adductor magnus |
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both |
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neither |
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| 69 |
A muscle that is antagonistic to the gastrocnemius |
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soleus |
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tibialis anterior |
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fibularis longus (peroneus
longus) |
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tensor fascia latae |
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| 70 |
A muscle that inserts onto the calcaneous via Achilles tendon: |
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soleus |
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gastrocnemius |
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both |
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neither |
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| 71 |
A muscle that helps to flex the leg, flex the thigh, and rotate it laterally (as in crossing the legs) |
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tensor fascia latae |
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fibularis longus (peroneus
longus) |
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sartorius |
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adductor magnus |
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| 72 |
A muscle that originates from the iliac crest and crosses the lateral aspect of the leg to the tibia: |
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sartorius |
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iliacus |
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tensor fascia latae |
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tibialis anterior |
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soleus |
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| 73 |
A muscle that inserts on the
dorsal surface of the 1st metatarsal: |
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soleus |
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flexor hallucis longus |
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extensor digitorum |
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tibialis anterior |
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| 74 |
A muscle that
originates on the fibula and has a long tendon of insertion passing under the foot to the 1st metatarsal: |
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soleus |
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extensor hallucis longus |
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extensor digitorum longus |
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fibularis longus
(previously known as the peroneus longus) |
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| 75 |
The extensor hallucis longus inserts onto the: |
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superior surface of the distal phalanx of the big toe |
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inferior surface of the distal phalanx of the big toe |
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calcaneus |
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1st metatarsal |
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| 76 |
Consider two muscles of the same length crossing the same joint; muscle "A" inserts close to a joint, muscle "B" far from a joint. Which one would result in the greatest amount of motion if both were to contract by the same distance? |
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muscle "A" |
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muscle "B" |
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| 77 |
Which describes a third-class lever system in the musculo-skeletal system? |
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The fulcrum (joint) is between the effort (site of insertion) and the resistance (weight to be moved). |
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The resistance (weight to be moved) is between the fulcrum (joint) and the effort (site of insertion). |
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The effort (site of insertion) is between the fulcrum (joint) and the resistance (weight to be moved) |
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| 78 |
The class of lever that amplifies
speed and distance |
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first-class |
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third-class |
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second-class |
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| 79 |
A muscle that is maintaining posture is exhibiting what type of contraction? |
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isotonic |
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isometric |
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none of these |
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| 80 |
When moving the arm with muscles that originate from the scapula, the serratus anterior would be an example of a: |
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prime mover |
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synergist |
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anatagonist |
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fixator |
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