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Name three primary tissue types that exhibit cellularity

Epithelial, nervous, connective

Name the tissue type described:
Cells contain processes that receive and generate electrical signals to communicate with other cells

Nervous tissue

Name the tissue type described:
Tissue has elongated cells that shorten and cause movement

muscle

Name the tissue type described:
Tissue contains more extracellular matrix than cells

Connective tissue

Name the tissue type described:
Cells either form a barrier that controlls passage of molecules or forms glands

Epithelial tissue

Name the tissue types described:
Cells determine function

Epithelial
Connective
Muscle tissue

Name the tissue type described:
The extracellular matrix determines function

Connective tissue

Name the specific tissue type described:
lines the mouth and protects underlying tissues in areas subject to abrasion

stratified squamous

Name the specific tissue type described:
located in the alveoli and provides a short distance for the diffusion of oxygen and carbon dioxide

simple squamous

Name the specific tissue type described:
forms kidney tubules and is inolved in absorption and secretion

simple cuboidal

Name the specific tissue type described:
Lines the nasal cavities and moves substances over the epithelial surfaces

ciliated pseudostratified columnar

Name the specific tissue type described:
forms the mesothelium of the peritoneum and secretes serous fluid into the peritoneal cavity

simple squamous

Name the specific tissue type described:
lines the stomach and its microvilli; increases surface area for absorption and secretion

nonciliated simple columnar

Name the specific tissue type described:
Lines the bladder and ureter and is distensible

transitional

Name the specific tissue type described:
contains elastic fibers and is found in the lungs.
This tissue allows lungs to inflate during inhalation and return to their original shape after exhaling

elastic connective tissue

Name the specific tissue type described:
Packed with parallel bundles of collagen fibers and found in tendons. This tissue resists pulling forces applied by muscles

dense regular connective tissue

Name the specific tissue type described:
Has firm, gelatinous ground substance containing collagen fibers.
Found in tracheal wall to support and prevent it from collapsing

hyaline cartilage

Name the specific tissue type described:
found under covering and lining epithelium. Its extracellualr matrix contains a loose arrangement of fibers and its viscous ground substance facilitates the flow of interstitial fluid containing nutrients to epithelial tissues. it also cushions and supports epithelia.

areolar connective

Name the specific tissue type described:
contains many elastic fibers in a firm gelatinous ground substance. located in external ear, auditory tube and epiglottis

elastic cartilage

Name the specific tissue type described:
hard extracellular matrix forms trabeculae

bone

Name the specific tissue type described:
forms a framework in the spleen, bone marrow, and lymph nodes. It contains fine, branching fibers

reticular connective

Name the specific tissue type described:
Is packed with bundles of collagen fibers running in different directions. Itis found in skin and allows skin to resist pulling forces from many different directions

dense irregular connective tissue

Name the specific tissue type described:
Fluid extracellular matrix used to txp substances throughout the body

blood

Name the specific tissue type described:
contains a large number of lipid-storing cells. Found throughout the body, cushions and insulates organs and stores lipids for future energy needs

adipose tissue

Name the specific tissue type described:
hard extracellular matrix containing osteons; involved in protection and support

bone

Name the specific tissue type described:
Firm gelatinous ground substance packed with bundles of collagen fibers. This is found in intervertebral discs, pubic symphysis, and knee meniscus

fibrocartilage

Fibroblasts produce extracellular matrix for these 6 connective tissue types

dense reg, dense irreg, elastic connective, areolar, reticular, adipose

osteoblasts produce ecm for these types of connective tissue

bone
cartilage?

Chrondoblasts produce ecm for these tissue types

elastic cartilage, fibrocartilage, hyaline cartilage

Name the specific tissue type described:
Fibers not present unless injury occurs. ECM not produced by cells present in this tissue

blood

Name the specific tissue type described:
responsible for movement of urine through the urinary tract

smooth muscle

Name the specific tissue type described:
Responsible for movement of bone and/or skin

skeletal muscle

Name the specific tissue type described:
Responsible for movement of blood through the heart and into arteries

Cardiac muscle

Name the specific tissue type described:
receives and sends info

nervous tissue

Name the specific tissue type described:
controls blood flow thorugh arteries and veins and controls blood pressure

smooth muscle

Give an example of where you would find this type of tissue: simple squamous epithelium

air sacs of lungs
kidney (capsule part)
inner surface of ear drum

never found in areas that are subject to mechanical wear and tear


In the ENDOTHELIUM, which lines the cardiovascular system and lymphatic system

In the MESOTHELIUM which is composed of an epithelial layer of serous membranes such as peritonium/pleura/pericardium

Give an example of where you would find this type of tissue: Simple Cuboidal

ovary
anterior surface of eye lens
surface of retna
lining kidney tubules
lining smaller ducts of glads
some secreting parts of glands

thyroid gland/pancreas

Give an example of where you would find this type of tissue: nonciliated columnar epithelium

lines gastrointestinal tract (stomach to anus)
ducts of many glands
gall bladder

Give an example of where you would find this type of tissue: ciliated columnar epithelium

lines some bronchioles
uterine/fallopian tubes
uterus
some paranasal sinuses
central canal of spinal cord
ventricles of brain

Give an example of where you would find this type of tissue: Ciliated pseudostratified columnar

lines upper respiratory tract

Give an example of where you would find this type of tissue: nonciliated pseudostratified columnar epithelium

lines ducts of glands, epididymous, male urethra

Give an example of where you would find this type of tissue: stratified squamous epithelium

keratinized= in epidermis
non keratinized = lines wet surfaces such as mouth, esophogus, part of epiglottis, part of pharynx
vagina

Give an example of where you would find this type of tissue: transitional epithelium

lines urinary bladder
lines portions of ureters/urethra

Give an example of where you would find this type of tissue: Areolar

in/around most body structures
hypodermis
mucous membranes
around blood vessels/organs

Give an example of where you would find this type of tissue: adipose tissue

around heart,
kidneys
subcutaneous layer of skin
yellow bone marrow
pad around joint (fat pad)
behind your eyeball

Give an example of where you would find this type of tissue: Reticular connective tissue

around liver, spleen, lymph nodes
(i.e. wherever you need to filter)

Give an example of where you would find this type of tissue: dense regular connective tissue

tendons, ligaments, aponeuroses (attach muscle to muscle)

Give an example of where you would find this type of tissue: dense irregular connective tissue

fascia, dermis,fibrous capsules of organs/joints, heart valve

Give an example of where you would find this type of tissue: elastic connective tissue

aorta
walls of elastic arteries
lung tissue
trachea
bronchial tubes
ligaments between vertabrae

Give an example of where you would find the three different types of carilage

hyaline:
end of longbones, anterior ends of ribs, nose, trachea, larynx, bronchi, developing fetal bone

fibrocartilage:
intervertebral discs, pubic symphysis, menisci of knee

elastic cartilage:
ear auricles, epiglotis of larynx, auditory canals

Give an example of where you would find this type of tissue: blood

in blood vessels/heart chambesr

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