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Tissues •Connective •Muscle •Nervous •Epithelial Connective Muscle Nervous Epithelial Sound Click HERE for credits
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Page 1: Tissues 2

Tissues

•Connective

•Muscle

•Nervous

•Epithelial

Connective Muscle Nervous Epithelial Sound

Click HERE for credits

Page 2: Tissues 2

Connective

•Tissue Proper

•Cartilage

•Bone

•Blood

Tissue Proper Bone Blood Cartilage Sound

Page 3: Tissues 2

Epithelial

•Supported by Connective Tissue

•Simple

•Stratified

Simple Stratified Sound

Page 4: Tissues 2

Muscle

•Skeletal

•Smooth

•Cardiac

Smooth Skeletal Cardiac Sound

Page 5: Tissues 2

Nervous

• Neurons

•Controls bodily functions

Neurons Sound

Page 6: Tissues 2

Neuron

• Make up the brain and spinal cord

Home Sound

Page 7: Tissues 2

Bone

• Exceptional ability to support

• Matrix is similar to cartilage

• Works with cartilage

Home Sound

Page 8: Tissues 2

Cartilage

• Hyaline cartilage

• Elastic

• Fibrocartilage

Hyaline Elastic Fibrocartilage Sound

Page 9: Tissues 2

Hyaline

• Also known as gristle

• Most abundant cartilage in the body

• Supports most of respiratory system

Home Sound

Page 10: Tissues 2

Elastic Cartilage

• Identical to Hyaline Cartilage

• Makes up the skeletons of the external ear and the epiglottis

Home Sound

Page 11: Tissues 2

Fibrocartilage

• Intermediate between hyaline and dense refular connective tissues

• Made up of rows of chondrocytes and collagen fibers

Home Sound

Page 12: Tissues 2

Blood

• Transports

• Does not support

• Develops from Mesenchyme

Home Sound

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Tissue Proper

• Loose connective tissue

• Dense connective tissue

Loose Connective Dense Connective Sound

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Loose Connective

• Fat

• Not very hard or constructive

Home Sound

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Dense Connective

• Regular

• Irregular

• Referred to as fibrous connective tissue

Regular Irregular Sound

Page 16: Tissues 2

Regular Dense

• Packed collagen fibers

• Flexible but very strong

• Interacts with bones and muscle

Home Sound

Page 17: Tissues 2

Irregular Dense

• Thicker than regular

• Arranged irregularly

• Fibers are not formed in a uniformed manor

Home Sound

Page 18: Tissues 2

Simple Epithelial

• Single cell layer

• Used in Absorption and Filtration

Simple: Cuboidal Squamous Columnar Sound

Page 19: Tissues 2

Simple Squamous

• Flattened look

• Found in membranes that surround bodily organs

Home Cuboidal Columnar Sound

Page 20: Tissues 2

Simple Cuboidal

• Tall as they are wide

• Form walls of the glands and kidney tubules

Home Squamous Columnar Sound

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Simple Columnar

• Closely packed cells

• Aligned in the digestive tract

Home Squamous Cuboidal Sound

Page 22: Tissues 2

Stratified Epithelia

• Consists of two or more cell layers

• Found in high abrasion areas

Stratified: Squamous Cuboidal Columnar Sound

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Stratified Squamous

• Most widespread of the stratified epithelia

• Suited for protective role in the body

Home Cuboidal Columnar Sound

Page 24: Tissues 2

Stratified Cuboidal

• Rare in the body

• Found in larger glands

Home Squamous Columnar Sound

Page 25: Tissues 2

Stratified Columnar

• Rare find in the body

• Small amounts are in the pharynx and male urethra

Home Squamous Cuboidal Sound

Page 26: Tissues 2

Skeletal Muscle

• Muscles that make bodily movement

• Attached to cartilage and bone

Home Cardiac Smooth Sound

Page 27: Tissues 2

Smooth Muscle

• With-hold acidic enzymes and fluids

• Mainly found in bodily organs especially in the digestive tract

Home Skeletal Cardiac Sound

Page 28: Tissues 2

Cardiac Muscle

• Found in the walls of the heart

• Does not tire easily

Home Skeletal Smooth Sound

Page 29: Tissues 2

CreditsBibliography:

Photos courtesy of flickr.com at http://flickr.com/photos/jorrflv/sets/72157602183238836/

Sound has been done courtesy of sound recorder

Information was obtained by the Human Anatomy and Physiology laboratory Manuel.