Chapter 5 Tissues

Front 1

Tissue that stores fat.

Back 1

Adipose Tissue

Front 2

Cartilage Cell.

Back 2

Chondrocyte

Front 3

Bone Cell

Back 3

Osteocyte

Front 4

Tissue that covers all free body surfaces.

Back 4

Epithelial Tissue

Front 5

Cells that support neurons: Part of nervous tissue.

Back 5

Neuroglia

Front 6

Study of composition and function of tissues.

Back 6

Histology

Front 7

Flexible tissue containing chondrocytes.

Back 7

Hyaline

Front 8

Band between adjacent cardiac muscle cells.

Back 8

Intercalated Disc

Front 9

Large phagocyte cell

Back 9

Macrophage

Front 10

Nerve Cell

Back 10

Neuron

Front 11

Bone Tissue

Back 11

Osseous Tissue

Front 12

Cell that engulfs and destroys foreign particles.

Back 12

Phagocyte

Front 13

Tissue with cells that appear to be in layers but are not.

Back 13

Psuedostratified Epithelium

Front 14

Tissue with flattened or scale-like cells.

Back 14

Squamos Epithelium

Front 15

Tissue with cells that are in layers.

Back 15

Stratified Epithelium

Front 16

Structures that consist of groups of similar cells that have a common function.

Back 16

Tissue

Front 17

Four Types of Tissues.

Back 17

Epithelial, Connective, Muscle and Nervous

Front 18

Classification of tissue which functions to protect, secrete, absorb and excrete.

Back 18

Epithelial

Front 19

Classification of tissue which is located on the body surface, cover and line internal organs and compose glands.

Back 19

Epithelial

Front 20

This classification of tissue lacks blood vessels.

Back 20

Epithelial

Front 21

In this classification of tissue, cells readily divide and are tightly packed cells rapidly divide.

Back 21

Epithelial

Front 22

Classification of tissue in which there is a non-living basement membrane on a connective tissue foundation.

Back 22

Epithelial

Front 23

Nutrients diffuse in and out of the cells to and from the nearby vasculature in this classifaction of tissue.

Back 23

Epithelial

Front 24

Classification of tissue functions to bind, support, fill spaces, store energy and produce blood cell.

Back 24

Connective

Front 25

Classification of tissue widely distributed throughout the body.

Back 25

Connective

Front 26

Classification of tissue that mostly has a good blood supply.

Back 26

Connective

Front 27

Classification of tissue where cells are farther apart with a matrix in between.

Back 27

Connective

Front 28

Classification of tissue which functions for movement.

Back 28

Muscle

Front 29

Classification of tissue attached to bones, in the walls of hollow internal organs and the heart.

Back 29

Muscle

Front 30

Classification of tissue is involved in contracting.

Back 30

Muscle

Front 31

Classification of tissue functions to transmit impulses for coordination, regulation, integration and sensory reception.

Back 31

Nervous

Front 32

Classification of tissue located in the brain, spinal cord and nerves.

Back 32

Nervous

Front 33

In this classification of tissue cells connect to each other and other body parts for purposes of regulation and communication.

Back 33

Nervous

Front 34

Specific tissue consists of a single layer of broad, flat thin cells with flattened central nuclei.

Back 34

Simple squamos

Front 35

Simple squamos epithelium consists of a ___________ of broad, flat, thin cells with flattened central nuclei.

Back 35

single layer

Front 36

Specific tissue found in the lungs and lines the body cavities, blood vessels and capillaries.

Back 36

Simple squamos

Front 37

(T/F) Substances are unable to pass through easily in simple squamos epithelium.

Back 37

False

Front 38

Specific tissue in which its principle functional concept is diffusion, osmosis and filtration.

Back 38

Simple squamos

Front 39

Specific tissue consisting of a single layer of cube-shaped cells, found in kidney tubules, glands and ducts,

Back 39

Simple cuboidal

Front 40

In Simple cuboidal epithelium, substances are ________ and/or _________.

Back 40

Secreted and/or reabsorbed

Front 41

Specific tissue found in the salivary glands, pancreas, liver and the kidneys.

Back 41

Simple cuboidal

Front 42

Specific tissue's principle functional concept is active transport of substances or products.

Back 42

Simple cuboidal

Front 43

Specific tissue consists of a single layer of elongated cells whose nuclei are all at about the same level.

Back 43

Simple columnar

Front 44

Specific tissue found in the uterus, GI tract and may be ciliated or non-ciliated.

Back 44

Simple columnar

Front 45

Substances in Simple columnar may be absorbed, secreted or substances moved along their ________.

Back 45

surface

Front 46

Specific tissue that has the principle functional concept of absorption (as in digestion) or movement of substances.

Back 46

Simple columnar

Front 47

Specific tissue usually contains goblet cells.

Back 47

Simple columnar

Front 48

Simple columnar usually contains these cells.

Back 48

Goblet cells

Front 49

Specific tissue forms a thick layer that protects underlying tissue.

Back 49

Simple columnar

Front 50

Specific tissue consists of a single layer that appears to be multi-layered.

Back 50

Pseudostratified

Front 51

Specific tissue whose nuclei are at two or more levels; found in the passages of the respiratory system.

Back 51

Pseudostratified

Front 52

Specific tissue often have a fringe of cilia which sweep mucous produced by the goblet cells with their cilia.

Back 52

Pseudostratified

Front 53

Provides a cleaning function in the respiratory tract.

Back 53

Cilia

Front 54

Cell which produces mucus.

Back 54

Goblet cells

Front 55

(T/F) In pseudostratified epithelium all goblet cells reach the basement membrane.

Back 55

True

Front 56

Specific tissue's principal functional concept is secretion and movement of protective mucus, cells (ovum through the uterine tubes)

Back 56

Pseudostratified