Anatomy 2 Lab

Front 1

what blood cell is not nucleated, lacks mitochondrion, and functions to transport oxygen to the cells of the body (RBC)

Back 1

erythrocytes

Front 2

this white blood cell's basic function is protection, has nucleus and usual organelles

Back 2

leukocytes

Front 3

this class of WBCs contain special membrane bounded granules, the granules contain hydrolic enzymes

Back 3

granulocytes

Front 4

these WBCs are granulcytes and are about twice the size of RBCs. their nucleus stains deeply and will usually have 3 to 6 lobes. they function to ingest and dispose of bacteria and fungi.

Back 4

neutrophiles

Front 5

this WBC is a granulocyte, the granules are larger than those in the neutrophiles, they function to attack parasitic worms, flatworms, and round worms, and they also phagocytize foreign proteins during allergy attacks

Back 5

eosinophiles

Front 6

this is a granulocyte and is the rarest of WBCs, the granules contain histomine and act to dilate blood vessels during the inflammation process

Back 6

basophiles

Front 7

this class of WBCs lack special membrane bounded granules

Back 7

agranulocytes

Front 8

this agranulocyte is the smallest WBC, the nucleus is usually round or slightly oval, they function to mediate the immune responses, including antibody antigen reactions

Back 8

lymphocytes

Front 9

this is an agranulocyte, the nucleus is usually oval or kidney shaped, they function as phagocytes and may be fixed or wandering macrophages

Back 9

monocyte

Front 10

blood type A can donate to ____ and receive from____

Back 10

A & AB, A & O

Front 11

blood type B can donate to ____ and receive from ____

Back 11

B & AB, B & O

Front 12

blood type AB can donate to ____ and receive from ____

Back 12

AB, all

Front 13

blood type O can donate to ____ and receive from ____

Back 13

all, O

Front 14

how to you calculate pulse pressure?

Back 14

systolic - diastolic

Front 15

the pressure of a gas in a closed container is negatively related to the container's volume, is whose law?

Back 15

boyle's

Front 16

what measures respiratory rates?

Back 16

spirometer

Front 17

____ is the volume of one breath during normal quiet breathing

Back 17

tidal volume

Front 18

the averge tidal volume is ___ml

Back 18

500

Front 19

____ ____ ______ is the volume of air inspired in a minute and is calculated by multiplying the tidal volume by normal breathing rate

Back 19

minute volume repiration

Front 20

____ ______ ___ is the volume of air per minute that reaches the alveoli

Back 20

alveolar ventilation

Front 21

_____ _____ ____ is the amount of air that can be inspired by taking a very deep breath

Back 21

inspiratory reserve volume