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46 Cards in this Set
- Front
- Back
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What tissue is the endothelium made of?
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single squamous
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What tissue is the alveoli made of?
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simple squamous
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What tissue is parts of the nephron tubules made of?
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simple squamous
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What tissue is the lining of the mouth made of?
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stratified squamous
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What tissue is the esophagus made of?
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stratified squamous
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What tissue is the lining of the anus/mouth made of?
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stratified squamous
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What tissue is the throid made of?
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simple cuboidal
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What tissue is the outer surface of ovary made of?
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simple cuboidal
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What tissue is the glandular ducts made of?
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simple cuboidal
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What tissue is the secreting cells of sweat glands & salivary glands made of?
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simple cuboidal
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What tissue is the ducts of sweat glands made of?
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stratified cuboidal
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What tissue is the ovarian follicle made of?
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stratified cuboidal
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What tissue is the lining of urinary bladder made of?
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transitional
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What tissue are the ureters made of?
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transitional
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What tissue is the lining of the stomach made of?
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simple columnar
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What tissue is the lining of the intestines made of?
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simple columnar
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What tissue is the epiglottis made of?
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stratified columnar
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What tissue is the lining of male urethra made of?
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stratified columnar
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A surface subject to wear would likely be covered with:
simple cuboidal simple squamous stratified squamous pseudostratified transitional |
stratified squamous
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Which of the following is not an example of dense regular connective tissue?
dermis elastic connective ligament tendons vocal cords |
dermis
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Simple squamous epithelium is typically associate w/
absorption diffusion protection from wear secretion support |
diffusion
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Increase in length of a long bone occurs at the:
articular cartilage epiphyseal plate haversian system lacuna periosteum |
epiphyseal plate
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The cell responsible for producing new bone is the :
chondrocyte osteoblast osteoclast osteocyte perichondrium |
osteoblast
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Osteocytes receive nutrients by diffusion through:
canaliculi lacunae haversian canals the ground substance the marrow cavity |
canaliculi
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Fibroblasts develop into:
adipose cells chondrocytes mast cells osteoblasts chondrocytes & osteoblasts |
osteoblasts
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Which of the following is composed primarily of loose connective tissue?
dermis epidermis fascia hypodermis cartilage |
dermis
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The layer of dead epidermal cells that is constantly being lost by friction is the:
stratum basale stratum corneum stratum granulosum stratum lucidum stratum spinosum |
stratum corneum
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The 2 types of sudiferous glands are:
sebaceous & eccrine apocrine & eccrine sebaceous & apocrine ceruminous & sebaceous ceruminous & apocrine |
apocrine & eccrine
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Which of the following is NOT a function of the skin?
excretion protection from bacterial invasion respiration temperature regulation vitamin D synthesis |
respiration
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All glands are derived from:
connective tissue epithelium mesoderm mucous membrane serous membrane |
epithelium
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Most lever systems in the body are arranged so that:
-a small input force produces a large output force -a small input motion produces a large output motion -input & output forces are equal -the mechanical advantage is greater than 1 -the fulcrum is in the middle |
a small input motion produces a large output motion
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Which of the following is a fibrous joint?
clavicle to sternum intervertebral discs pubic symphysis ribs to sternum frontal to parietal |
intervertebral discs
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Which of the following pairs of bones do not have a synovial articulation between them?
-humerus, ulna -femur, coxa -metacarpal, proximal phalanx -sternum, rib -talus, calcaneus |
sternum, rib
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Which type of muscle is multinucleated?
-skeletal -cardiac -smooth -involuntary -none of the above |
skeletal
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The section of a myofibril from one z line to another is called a:
-muscle fiber -sarcolemma -sarcomere -sarcoplasmic reticulum -t-tubule |
sarcomere
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The ATP supply of a muscle cell can be most quickly replenished by breakdown of:
ADP creatine creatine phosphate myoglobin glucose |
glucose
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Smooth, sustained contractions of whole muscles are produced by:
tetanus motor unit recruitment All or none contraction treppe all of the above |
tetanus
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During muscle relaxation, the calcium:
-is destroyed by cholinesterase -is chemically bound to actin -is secreted from the cell -is used to replenish ATP -reenters the terminal cisternae |
reenters the terminal cisternae
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Stimulating a muscle at such a freq. that the relaxation phase is eliminated results in:
asynchronous stimulation incomplete tetanus tetanus treppe wave simulation |
tetanus
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The basic structural & functional unit of a muscle cell is the:
fasciculus fiber myofibril motor unit sarcomere |
sarcomere
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The same neurotransmitter can have diff. effects on diff. neurons b/c of the:
-structure of the neuron -membrane of the neuron -type of ion channel to which it attaches -distance b/w neurons -strength of the action potential |
type of ion channel to which it attaches
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Most sensory neurons are:
apolar bipolar multipolar tripolar unipolar |
unipolar
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When action potentials arrive at the same synapse in close succession:
-an EPSP is produced -an IPSP is produced -spatial summation occurs -temporal summation occurs -the direction of the action potential is reversed |
temporal summation occurs
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The part of a neuron where a generator potential is produced is the:
-axon -cell body -dendiritic zone -myelin sheath -synaptic bulb |
dendritic zone
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Inhibitory neurotransmitters affect the postsynaptic neuron by:
-blocking receptors -destroying acetylcholine -inactivating receptors -hyperpolarizing the membrane -increasing its permeabillity to sodium ions |
hyperpolarzing the membrane
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A second action potential cannot travel along an axon until:
-the resting potential has been reestablished -sodium ions have been pumped into the axon -potassium ions have been pumped into the axon -proteins have been resynthesized -all of the above |
all of the above
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