Simple
Stratified and Glandular
Connective Tissue
cartilage, bone and blood
100

what are the 4 major categories of tissues found in the human body 

nervous, connective, epithelial, muscular

100

True or False: transition means change in shape with elasticity 

TRUE

100

what are the two types of connective tissues 

dense and loose 

100

the two types of bone tissue that are found in the body

what is spongy and compact 

200

What are the surface layers of epithelial tissues? name them from deep to superficial 

Basement membrane, basal surface, free ( apical) surface 

200

where is transitional epithelium found 

lining of the urinary bladder

200

this type of connective tissue is compromised of fat cells

what is adipose tissue

200

which types of cells become bone tissue

osteocytes 

300

What is the difference between simple and stratified?

simple- only one layer of cells 

stratified- more than one layer of cells

300

tis type of stratified epithelium cell nuclei are found at different levels so it appears stratified though its not

what is pseudo-stratified 

300

which type of connective tissue is found in tendons, giving them a rope-like strength in one direction

dense regular connective tissue

300

what are leukocytes 

white blood cells

400

this type of tissue that contains goblet cells for secreting mucus is called what 

what is simple columnar epithelium 

400

True or false 

Exocrine glands are ductless glands that secrete hormones through the bloodstream

FALSE

400

the space surrounding the cell body is a connective tissue that is often gel-like or water is known as the 

ground substance 

400

True or false 

skeletal muscle contract involuntarily 

FALSE
500

what are the 4 functions of epithelial tissue

protection, absorption, filtration and secretion 

500
Mammary glands are an example of what type of exocrine gland 

apocrine

500

what are the 5 functions of connective tissue

support, bind, insulate, protect and transport 

500

what are the three types of muscles 

smooth, cardiac and skeletal