Brandon S Tissues Please Don T Delete Hahahahahahahahhahaahahaahahahahahahaaha

Groups of tissue that are similar in structure and functions.

Hyperlink - epithelial/nerve/connective/muscles/credits

Hyperlinks - tissues/transitional/pseudostratified columnar/simple epithelial/stratified epithelial

Sheets of cells that cover the body’s surfaces.

• Single Layer

•Not Stratified

•Secretes mucus

Hyperlink – epithelial/Transitional/Simple/Stratified

• Lines Organs that stretch.

• Found In Bladder

Hyperlink - epithelial/Transitional/Simple/Stratified

C. Simple Epithelial Topic Slide

• One layer of epithelial tissue

Hyperlink - epithelial/Transitional/Stratified/Simple Squamous/Simple Cuboidal/Simple Columnar

• Single Layered

• Flat with disc shaped nuclei

• Made for filtration.

• Serves as separation barrier

Hyperlink - simple epithelial tissue/Simple Cuboidal/Simple Columnar

• Single Layered

• Cube Shaped with spherical nuclei

• Specialize in secretion and absorption.

Hyperlink - simple epithelial tissue/Simple Squamous/Simple Columnar

Single Layered tall tissues.

Oval Shaped nuclei Some are ciliated A layer may

contain mucus secreting goblet cells

Hyperlink - simple epithelial tissue/Simple Squamous/Simple Cuboidal

Multi-layered epithelial tissue

Hyperlink - epithelial/Transitional/Simple/Stratified Squamous/Stratified Cuboidal/Stratified columnar

Thick Multi-layered Protects from

abrasion

Hyperlink - Stratified/Stratified Squamous/Stratified Cuboidal/Epithelial

Rare Two layers

Hyperlink - Stratified/Stratified Squamous/Stratified Cuboidal/Epithelial

Image from Flikr.com username –Christi’s photos

Limited distribution throughout body

Found in…◦ Pharynx◦ Some Glandular

Ducts◦ Male urethra

Hyperlink - Stratified/Stratified Squamous/Stratified Cuboidal/Epithelial

Most abundant tissue

Found everywhere in body

Hyperlink – tissues/bone/blood/cartilage/connective tissue proper

bone

Adipose

Supports body structures

made of a hard, calcified matrix with collagen fibers in them

stores calcium, minerals and fat

vascularized

Hyperlink –blood/cartilage/connective tissue proper

Does not connect to anything

does not give mechanical support

Hyperlink – bone/cartilage/connective tissue proper

tough yet flexible 80 percent water has collagen fibers

and sometimes elastic fibers

Hyperlink –bone/blood/connective tissue proper/Hyaline cartilage/Elastic cartilage/Fibro-cartilage

most abundant cartilage throughout the body

Contains collagen fibers

Hyperlink – Cartilage/Hyaline cartilage/Elastic cartilage/Fibro-cartilage

identical to Hyaline cartilage but has much more elastin fibers

Hyperlink – Cartilage/Hyaline cartilage/Fibro-cartilage

mix of hyaline cartilage and dense regular connective tissues

Hyperlink – Cartilage/Hyaline cartilage/Elastic cartilage

two categories ◦ loose connective

tissue and dense connective tissue

Hyperlink – tissues/bone/blood/cartilage/connective tissue proper/loose connective tissue/dense connective tissue

Not compact

Hyperlink – connective tissue proper/Areolar connective tissue/adipose/reticular connective tissue

Gel-like matrix All three

connective tissue fibers

Wraps and cushions organs

Widely distributed throughout body

Hyperlink – connective tissue proper/adipose/reticular connective tissue

Image from Flikr.com Username – GreenFlames09

similar to areolar tissue in structure and in its ability to store nutrients

Fats deposits serve needs of organs

Hyperlink – connective tissue proper/Areolar connective tissue/reticular connective tissue

Loose, ground substance with reticular fibers

Lie in a fiber network

Forms a soft internal cluster that supports other cell types

Hyperlink – connective tissue proper/Areolar connective tissue/adipose

fibers closely compact into one area

Hyperlink – Loose Connective tissue/Dense Regular/Elastic/Dense Irregular

parallel collagen fibers with a few elastin fibers

Major cell type is the fibroblast

Attaches muscles to bones, muscle to muscle, and bone to bone

withstand tensile stress in one direction

Hyperlink – Loose Connective tissue/Elastic/Dense Irregular

Similar to dense regular connective tissue but more stretchy because it has more elastic fibers in it

can be found in some ligaments

Hyperlink – Loose Connective tissue/Dense Regular/Dense Irregular

Irregularly shaped collagen fibers with some elastic fibers

Able to withstand tension from all directions

Provides structural strength

Hyperlink – Loose Connective tissue/Dense Regular/Elastic

Branched neurons with long cellular process and support cells

Transmits electrical impulses from sensory receptors to effectors

Hyperlinks - tissues

Highly cellular and well vascularized

Responsible for most types of body movement

Possess myofilaments that makes contractions happen

Three kinds ◦ cardiac, smooth, and

skeletal

Hyperlinks – tissues/Skeletal Muscle/Cardiac Muscle/Smooth Muscle

only voluntary muscle in the body

Long, cylindrical, and multinucleate with obvious striations

located in muscle attached to skin or bone

Hyperlinks – Muscle/Cardiac Muscle/Smooth Muscle

Image from Flikr.com username - akay

Branching, striated and unicellular

As it contracts it propels blood into the circulation and its involuntary

Located on the walls of the heart

Hyperlinks – Muscle/Skeletal Muscle/Smooth Muscle

Spindle shaped cells with central nuclei

No striations Cells arranged closely to

form sheets Propels substances along

an internal passageway Involuntary Found in the walls of

hollow organ

Hyperlinks – Muscle/Skeletal Muscle/Cardiac Muscle

To tissues•creator of slides, person speaking in slide sounds – Brandon Millares (ME!!! DUH!!!)•Credit for images

•In slide 11: Flickr.com username – Christi’s Photos•In slide 22: Flickr.com username – GreenFlames09•In slide 31: Flickr.com username – akay•Pretty much all other images – class images taken from Flickr.com

• Other• Information used in slides

•Anatomy Textbook and Lab books.•Notes Brandon Millares took in class.