Tissue type, function, location
Simple Squamous Epithelial
Diffusion and filtration
Bowman's capsules and alveoli of lungs
Tissue type, function, location
Simple Cuboidal Epithelial
secretion and absorption
Kidney tubules and collecting ducts
Tissue type, function, location
Simple Columnar Epithelial Ciliated
Absorption (if ciliated, cilia helps propels mucus)
ciliated - uterine tubes, small bronchi
Tissue type, function, location
Simple Columnar Epithelial nonciliated
Absorption, has microvili to increase surface area.
nonciliated - digestive tract
Tissue type, function, location
Pseudostratified Columnar Epithelial
Secretion of mucus
Nonciliated - ducts of male reproductive tubes
Ciliated - trachea and most of upper respiratory tract
Tissue type, function, location
Stratified Squamous Epithelial unkeratinized
Protection, moist lining of body openings
mouth, esophagus
Tissue type, function, location
Stratified squamous epithelial keratinized
Protection from abrasion
Skin
Tissue type, function, location
Stratified Cuboidal Epithelial
Protection
Largest ducts of sweat glands, mammary glands
Tissue type, function, location
Stratified Columnar Epithelial
Protection and secretion
male urethra
Tissue type, function, location
Transitional Epithelial
Distention
bladder
Tissue type, function, location
Mesenchyme
embryonic connective tissue
cells are undifferenciated and can become any connective tissue. Hyaline cartilage can typically be found near it because hyaline makes up the embryonic skeleton.
Tissue type, function, location, cell type, matrix
Loose Connective: Areolar
wraps and cushions tissue
packages organ, under epithelial (papillary layer of dermis)
Cell: Fibroblast
Matrix: Collagen, elastic, reticualr
Tissue type, function, location, cell type, matrix
Loose Connective: Adipose
Energy storage
Around kidneys
Cell : adipocytes
Matrix: reduced
Tissue type, function, location, cell type, matrix
Loose Connective: Reticular
soft internal skeleton
lymph nodes
cell: fibroblast
Matrix: reticular
Tissue type, function, location, cell type, matrix
Dense irregular
withstand tension from numerous directions
dermis of skin
cell: fibroblast
matrix: collagen and elastic
Tissue type, function, location, cell type, matrix
Dense Regular
attach muscle to bone, bone to bone, withstand great stress in one direction
tendons
Cell: Fibroblast
Matrix: collagen and elastin
Tissue type, function, location, cell type, matrix
Elastic Connective Tissue
Allows recoil after stretching
Walls of arteries
cell: fibroblast
Matrix: collagen and elastin
Tissue type, function, location, cell type, matrix
Hyaline Cartilage
resists repetitive stress
fetal skeleton
cell: Chdrocytes (inside lacunae)
Matrix: Chondrin
Tissue type, function, location, cell type, matrix
Elastic Cartilage
allows great flexibility
ear
cell: chondrocyte (inside lacunae)
matrix: chondrin and elastic fibers
Tissue type, function, location, cell type, matrix
Fibrocartilage
absorb compressive shock
intervertebral disc
cell: Chondrocytes (inside lacunae)
Matrix: Chondrin and elastic
Tissue type, function, location, cell type, matrix
Bone Tissue
supports and protects organs
location: bone
Cell: osteocyte
Matrix: calcium salts deposited on collagen
Tissue type, function, location, cell type, matrix
Blood Tissue
transports gases, nutrients and waste
blood vessels
cell: erythrocytes, leukocytes, platelets
matrix: liquid plasma
Tissue type, function, location
Skeletal Muscle
Voluntary Movement
attached to bones
Tissue type, function, location
Cardiac Muscle
Involuntary contracts to propel blood throughout the circulatory system.
Heart
Tissue type, function, location
Smooth Muscle
propels substances along internal passageways
stomach
Gland type?
Sebaceous Gland
secrete oily substance some associate with haira