Bio 223 Lab Quiz 2

Front 1

pseudostratified Columnar Epithelium

Back 1

located lining the trachea and most of the upper respiratory tract.

Front 2

pseudostratified Columnar Epithelium

Back 2

it's function (contains goblet cells) that secrete mucus and possesses cilia that beat to sweep the mucus up and out of the airways.

Front 3

stratified Columnar Epithelium

Back 3

located in the male urethra

Front 4

stratified Columnar Epithelium

Back 4

it's function is to protect in select portions of the urethra, anus, epiglottis, and pharynx. Designed for secretion in large ducts of mammary and salivary glands.

Front 5

Stratified Cuboidal Epithelium

Back 5

located in the ducts of sweat glands

Front 6

Stratified Cuboidal Epithelium

Back 6

It is capable of absorption, secretion, protection

Front 7

Transitional Epithelium

Back 7

can be found lining the urinary bladder and ureters

Front 8

Transitional Epithelium

Back 8

It's function is to allow stretching to occur as the bladder fills and the cells change from the rounded shape to the flattened shape.

Front 9

skeletal muscle

Back 9

can be found attached to bones

Front 10

skeletal muscle

Back 10

they produce movement of the skeleton.

Front 11

smooth muscle

Back 11

is located in the walls of hollow organs such as the stomach, urinary bladder, and muscle blood vessels. For this reason it is also called visceral muscle.

Front 12

smooth muscle

Back 12

it's function is to move substances through digestive, urinary, and reproductive tracts. Regulates blood vessel diameter and controls the diameter of respiratory passageways.

Front 13

cardiac muscle

Back 13

is found only in the heart wall.

Front 14

cardiac muscle

Back 14

it's function is to generate the force capable of pumping blood through our blood vessels. Intercalated discs are found connecting adjacent cells. These unique structures allow for the rapid communication between adjacent cells.

Front 15

nervous tissue, neuron

Back 15

capable of generating and conducting an electrical impulse. These impulses carry information from one area of the body to another.

Front 16

nervous tissue, nueroglial cells

Back 16

they are an assortment of cells that protect, support, and insulate neurons, but do not carry nerve impulses.

Front 17

dendrites

Back 17

receive incoming impulses

Front 18

axon

Back 18

conducts impulse to the next cell

Front 19

simple squamous epithelium

Back 19

allows for easy movement of molecules across the membrane via processes such as osmosis and diffusion.

Front 20

simple squamous epithelium

Back 20

found in the kidney glomeruli, alveoli of the lungs, lining of the heart, blood vessels, lymphatic vessels, and serous membranes.

Front 21

simple cuboidal epithelium

Back 21

found in the kidney tubules, small ducts and glands, thyroid gland, and covering the ovary.

(function is secretion and absorption).

Front 22

simple columnar epithelium

Back 22

found in the lining of the stomach, intestines, gallbladder, ducts of large glands, small bronchi, and uterine tubes

Front 23

simple columnar epithelium

Back 23

sections of the digestive tract lining posses microvilli, short slender cell processes that increase the surface area available for absorption of nutrients.

Front 24

stratified squamous epithelium, keratinized.

Back 24

upper layers are dead and filled with keratin, a hard protein. Designed for protection against pathogens, abrasion, and chemicals.

Front 25

stratified squamous epithelium, keratinized.

Back 25

found in the epidermis of the skin.

Front 26

stratified squamous epithelium, non-keratinized

Back 26

upper layers of the cells do not die and do not become filled with keratin. Protects underlying tissues.

Front 27

stratified squamous epithelium, non- keratinized

Back 27

found in lining of the esophagus, vagina, mouth, rectum, and anus

Front 28

stratified cuboidal epithelium

Back 28

primarily located in the ducts of sweat glands, is capable of absorption, secretion, and protection.