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Tissue Epithelial Connective Nervous Muscular Credits

Epithelial Composed entirely of cells Most Common type Come in Two Categories Simple Stratefied Simple Stratified Home

Simple Epithelia One layer of cells Broken into 3 subcategories Simple Cuboidal Simple Columnar Simple Squamous Simple Columnar Simple Cuboidal SimpleSquamous Epithelia Home

Simple Columnar Single layer of long cells with oval nuclei Absorbs and secretes Non-ciliated simple columnar cells line digestive tract and gall bladder Ciliated simple columnar cells lines uterine tubes, and other regions of the uterus Simple Epithelia Stratified Epithelia Home

Simple Cuboidal Single layer of square like cells with large circular nuclei Secrets and absorbs in kidney tubules, ducts of glands and ovary surface Simple Epithelia Stratified Epithelia Home

Simple Squamous Single layer of flattened cells with disc shaped nuclei Used for Diffusion and Filtration Simple Epithelia Stratified Epithelia Home

Stratefied Epithelia Multi-layered Broke into three subcategories Stratified Cuboidal Stratified Columnar Stratified Squamous Stratified Columnar Stratified Cuboidal Stratified Squamous Epithelium Home

Stratified Columnar Very uncommon in the body Found in pharynx and male urethra Also at transitional areas between two other types of epithelium Simple Epithelia Stratified Epithelia Home

Stratified Cuboidal Like Stratified columnar they are also very uncommon in the body Usually two layers Found in sweat and mammary glands Simple Epithelia Stratified Epithelia Home

Stratified Squamous Made of several layers of flat cells Protects underlying areas subjected to cuts and other wounds Located in the epidermis and the lining of the mouth Simple Epithelia Stratified Epithelia Home

Connective Tissue Bone Blood Cartilage Fibrocartilage Hyaline Elastic Cartilage Proper Dense Regular Irregular Loose Adipose Reticular Areolar Bone Proper Cartilage Blood Home

Bone (Osseous Tissue) A connective tissue that forms the bony skeleton Used to support and protect body structures Connective Tissue Home

Blood The most Atypical connective tissue Developed from mesenchyme and consists of Blood cells Connective Tissue Home

Cartilage Broken into three parts Fibro-cartilage Hyaline Elastic Cartilage Connective Tissue Fibro-cartilage Hyaline Elastic Cartilage Home

Cartilage : Fibro-cartilage Rotating rows of chondrocytes and collagen fibers Found where strong support and heavy resistance is required Connective Tissue Cartilage Home

Cartilage : Hyaline Firm matrix with a network of collagen fibers Has lacunae Supports compression Found in embryonic skeleton Connective Tissue Cartilage Home

Cartilage : Elastic Cartilage Very simaler to Hyaline cartilage but consists of more elastin fibers Found where strength and exceptional strechability are found Connective Tissue Cartilage Home

Proper Broken into two categories Dense Dense Regular Dense Irregular Loose Loose Adipose Loose Reticular Loose Areolar Connective Tissue Proper : Dense Proper : Loose Home

Proper: Dense Broken into two subcategories Dense : Regular Dense: Irregular Connective Tissue Dense Regular Dense Irregular Proper Home

Proper: Dense Regular Parallel collagen fibers with a few elastic fibers Major cell type is fibroblasts Attaches muscles to bone, muscle to muscle and bone to bone Found in tendons and ligaments Connective Tissue Proper Home

Proper: Dense Irregular Sometimes arranges collagen fibers with some elastic fibers Major cell type : Fibroblasts Withstands a lot of tension Found in digestive tract and fibrous organ capsules Connective Tissue Proper Home

Proper: Loose Broken into three categories Areolar Adipose Reticular Connective Tissue Adipose Reticular Areolar Proper Home

Proper : Loose Adipose Also called (Fat tissue) Great nutrition storing ability Closely packed cells Can develop almost anywhere Connective Tissue Proper Home

Proper : Loose Reticular Only fibers in its matrix are reticular fibers Consist of reticular cells aswell Connective Tissue Proper Home

Proper : Loose Areolar Loosly arranged fibers Areola means “small open space” Functions Support and bind other tissue Holding bodily fluids Defending against infection Connective Tissue Proper Home

Nervous Main component of the nervouse system – brain, spinal cord and nerves Made of branching cells called neurons Neurons Home

Neurons Neurons are highly specialized nerve cells that generate and conduct nerve impulses Usually branching cells Nervous Home

Muscular Highly cellular Possess myofilaments Broke into three types Skeletal Cardiac Smooth Skeletal Smooth Cardiac Connective Tissue Home

Skeletal Long cylindrical cells Controls voluntary movement Found in skeletal muscles that attach bones or skin. Muscular Connective Tissue Home

Smooth Sheets of cells with the nuclei in the center Propels substances along internal passageways Found in the walls of organs Muscular Connective Tissue Home

Cardiac Branching uninucleate cells connect at intercalated discs Starts blood circulation Found in the walls of the heart Muscular Connective Tissue Home

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