Four Fundamental Types Of Tissues Flashcards

1
Q

What are the four fundamental types of tissues

A

Epithelial
Connective
Muscular
Nervous

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2
Q

Epithelial tissue is composed of

A

Epithelial cells
Extra or intercellular substance

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3
Q

Consists of contiguous cells in opposition over a large portion of their surface

Cells are arranged in sheets or layers

A

Epithelial tissues

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4
Q

Epithelial tissues cells rest on a continuous extracellular layer called

A

Basal lamina

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5
Q

Epithelial tissues with absence of blood vessels among the cells is called

A

Avascularity

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6
Q

It forms a boundary layer that controls the movement of substances between the external and internal environment

A

Epithelial tissue

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7
Q

Maybe specialize for absorption and secretion and may bear motile cilia to move a film of fluid or mucus over its surface

A

Epithelial tissue

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8
Q

It is on the exterior of the body and resist abrasion and dehydration

A

Epithelial tissue

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9
Q

The three primary germ layers or origins of epithelium

A

Ectoderm mesoderm and endoderm

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10
Q

It is composed of the epidermis and glandular appendages of the skin

A

Ectoderm

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11
Q

This composed of the vascular endothelium kidneys and reproductive ducts

A

Mesoderm

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12
Q

Aries composed of the intestinal tract liver pancreas and lungs

A

Endoderm

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13
Q

Types of epithelial tissue

A

Membranous epithelium
Glandular epithelium

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14
Q

Epithelial cells covering services and lining cavities

A

Membranous epithelium

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15
Q

It describes the number of layers of cells

A

Subtypes of epithelial tissue

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16
Q

Four sub types of epithelial tissue

A

Simple epithelium
Stratified epithelium
Pseudo stratified epithelium
Transitional epithelium

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17
Q

1 layer of epithelial cell on a basement membrane or basal lamina

A

Simple epithelium

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18
Q

Describe two or more layers of epithelial cell on top of a basement membrane

A

Stratified epithelium

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19
Q

Describe one layer of epithelial cell on basement membrane but cells have different sizes nuclears are located in different areas inside the cell

A

Pseudostratified epithelium

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20
Q

The thickness of the layer of epithelial cells varies when the organ functions address the layer is thick where in functions it becomes thin

A

Transitional epithelium

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21
Q

It is according to the shape of the cell of the uppermost number of layers

A

Specific subtypes of membranous epithelium

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22
Q

Types of simple epithelium

A

Simple squamous epithelium
Simple cuboidal epithelium
Simple columnar nonciliated epithelium
Simple columnar ciliated epithelium

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23
Q

An example of this is endothelium mesothelium parietal layer of bowman’s capsule and pulmonary alveoli

A

Simple squamous epithelium

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24
Q

Sales lining the thyroid follicles germinal epithelium of ovary and ducts of many glands

A

Simple cuboidal epithelium

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25
It is Lining the GIT and gallbladder
Simple columnar nonciliated epithelium
26
It lines the uterus and fallopian tubes
Simple columnar ciliated epithelium
27
Three types of stratified epithelium
Stratified squamous non keratinized epithelium Stratified squamous keratinized epithelium Stratified cuboidal epithelium Stratified columnar epithelium
28
It lines the oral cavity esophagus and vagina
Stratified squamous non keratinized non-cornified epithelium
29
It is in the epidermis
Stratified squamous keratinized cornified epithelium
30
It lines the cells of the ducts of sweat and sebaceous glands
Stratified cuboidal epithelium
31
It lines the cells of the ducts of salivary and mammary glands
Stratified columnar epithelium
32
Two types of pseudo stratified columnar epithelium
Nonciliated and ciliated
33
It lines the docks of male reproductive and accessory male reproductive organs
Pseudo stratified columnar nonciliated epithelium
34
It lines the respiratory tract
Pseudo stratified columnar ciliated epithelium
35
Classification of glandular epithelium
Based on the presence or absence of ducts Based on the number of cells Based on the nature of secretions Beast on the feet of secretory cells during active secretion
36
Two types of glandular epithelium based on number of cells
Unicellular gland and multicellular gland
37
Goblet cells All other glands except goblet cells
Unicellular gland Multicellular gland
38
Glands based on the nature of secretions
Mucous gland Serous gland Mucoserous gland Cytogenic glands
39
Secrets a thick and viscid product, goblets
Mucous gland
40
Secretes a thin and watery product parotid gland
Serous gland
41
It is a mixed secretion can be found in the submandibular and sublingual gland
Mucoserous gland
42
Glands that produce cells such as testes and ovaries
Cytogenic glands
43
Glance based on the fate of secretory cells during active secretion
Merocrine gland Apocrine gland Holocrine gland
44
There is no destruction of the secretary cells, sweat glands
Merocrine gland
45
There is partial destruction of secretory cells such as mammary gland
Apocrine gland
46
There is total destruction of secretory cells such as sebaceous gland
Holocrine gland
47
Glands according to morphology
Tubulom Alveolar Tubuloalveolar
48
Is characterized by large amounts of extracellular materials that separate cells from one another
Connective tissue
49
It is the components of extracellular material or matrix under connective tissue
Protein fiber - collagen - reticular - elastic Ground substance Fluid
50
Is the shapeless background against which cells and collagen fibers are seen in the light microscope and it is an important component in proteoglycans made up of protein and polysaccharide
Ground substance
51
Functions of the connective tissue
Enclosing and separating tissues Connecting tissues to one another Supporting and moving Storing energy Cushioning and insulating Transporting Protecting
52
Classification of connective tissue
Loose or areolar Adipose Dense connective tissue
53
Consist of collagen and elastic fiber where fibroblast are commonly found
Loose or areolar
54
Responsible for the production of the fibers of the matrix
Fibroblast
55
Consist of collagen and elastic tissue but is not a typical connective tissue it also acts as a pad and thermal insulator
Adipose
56
These are filled with lipids and function to store energy
Adipose cells
57
Consist of densely packed fibers
Dense connective tissue
58
Two types of dense connective tissue
Dense collagenous and dense elastic
59
Has extracellular matrix consisting mostly of collagen fibers
Dense collagenous
60
Examples of dense collagenous connective tissue
Tendons Ligament Dermis Capsule
61
Has abundant elastic fibers among collagen fibers
Dense elastic
62
Example of dense elastic connective tissue
Vocal chords Walls of large arteries Elastic ligaments
63
Is composed of cartilage cells or chondrocytes
Cartilage
64
Cartilage is composed of cartilage cells are also called as
Chondrocytes
65
Types of cartilage
Hyaline Fibro cartilage Elastic
66
Most abundant of the cartilages and it covers bones forms joints coastal cartilage that attach ribs to sternum
Hyaline
67
Has more collagen than does hyalin cartilage it is found in the discs between vertebrae and some joints
Fibro cartilage
68
Contains elastic fibers that appears as coiled fibers among bundles of collagen fibers
Elastic
69
It's a hard connective tissue that consists of living cells and a mineralized matrix
Bone
70
Bone cells is also called as
Osteocytes
71
Bone cells or osteocytes are located within the spaces in the matrix called
Lacunae
72
Two types of bone
Compact Cancellous
73
Is unique because the matrix is liquid enabling blood muscles to move through blood vessels
Blood
74
Main characteristic is its ability to contract or shorten
Muscle tissue
75
It is a result of contractile proteins located within the muscle cells
Muscle contraction
76
Types of muscle tissue
Skeletal Cardiac Smooth
77
40% of the person's body weight and it is attached to the skeletal system that enables a person to move voluntarily
Skeletal muscle tissue
78
Muscle of the heart and is responsible for pumping blood it is involuntary and they have a characteristic feature which is the presence of intercalated disks
Cardia c muscle tissue
79
Forms the walls of the hollows organs and also is found in the skin and the eyes
Smooth muscle tissue
80
It is responsible for movement of food through digestive system and empathying of the urinary system
Smooth muscle tissue
81
It forms the brain spinal cord and nerves which is responsible for coordinating and controlling many bodily activities that is dependent on the ability of the cell to communicate to one another by electrical signals called action potential
Nervous tissue
82
Ability of the cell to communicate to one another by electrical signals
Action potential
83
Nervous tissue contains very important cells which are
Neurons and neuroglia