Epithelial
Connective
Muscle & Nervous
ECM
Grab Bag
100

The protein that makes stratified epithelial tissues resistant to friction.

What is keratin?

100

The blood cell responsible for oxygen transportation.

What are erythrocytes?

100

The excitable main component of muscle tissue.

What is a myocyte?

100

Ground substance and protein fibers.

What are the two main components of the ECM?

100

The study of the normal structure of tissues.

What is histology?

200

Secretory cells accumulate their product in their cytosol and only release their product upon rupture (and death) of the cell.

What is holocrine secretion?

200
The tissue in fat that acts as a major energy reserve for the body.


What is adipose tissue?

200

Cardiac, smooth, and skeletal.

What are the three types of muscle tissue?

200
Glycosaminoglycans, proteoglycans, and glycoproteins (re: CAMs).

What comprises ground substance?

200

The replacement of dead/damaged cells with cells of the same type; tissue returns to normal functional level upon completion of process.

What is regeneration?

300

The layer of the basement membrane manufactured by the connective tissue deep to the epithelial tissue, consisting of reticular fibers and ground substance.

What is the reticular lamina?

300

Loose connective tissue, dense connective tissue, reticular tissue, and adipose tissue; cartilage bone (osseous), and blood.

What are the four basic types of connective tissue proper and the three types of specialized connective tissues?

300
Cells able to generate, conduct, and receive electrical messages.

What are neurons?

300

1) Providing tissue with resistance to tensile and compressive forces;

2) directing cells to their proper places within a tissue;

3) regulating development, mitotic activity, and cellular survival;

4) holding cells in their proper positions.

What are the functions of the ECM?

300

Thin sheets of one or more tissues that line a body surface cavity with all of the following functions:

1) anchor organs in place;

2) barrier;

3) immunity;

4) secretion of various substances.

What is a true membrane?

400

Glands that secrete substances through ducts into a body cavity or body exterior vs. glands that lose surface connection (duct) during development and thus secrete substances into extracellular fluid.

What are exocrine vs. endocrine glands?

400

Fibroblasts, adipocytes, mast cells, and phagocytes.

What are connective tissue resident cells?

400

Dark line separating individual cardiac muscle cells that's not found in skeletal muscle; contains gap junctions and modified tight junctions, allowing heart muscle to contract as a unit.

What is an intercalated disc?

400

Integral proteins that link neighboring cells, allow for materials in ECF to pass through the space between cells.

What are desmosomes?

400

Linings of all passages that open to the outside of the body; comprised of epithelium and basement membrane (lamina propria) as well as contain goblet cells to produce and secrete mucous.

What are mucous membranes (mucosae)?

500

1) Polarity (re: apical surface);

2) specialized contacts (re: tight junctions/desmosomes);

3) supported by connective tissue;

4) avascular but innervated;

5) regeneration.

What are the five important characteristics of epithelia?

500

Varying levels of vascularity, diversity of cell types, substantial amount of ECM.

What are the three characteristics of connective tissue?

500

1) Secure neurons and blood vessels in place;

2) monitoring composition of ECF;

3) speeding up rate of nerve impulse transmission;

4) circulating fluid surrounding brain and spinal cord.

What are neuroglial cells?

500

Small pores formed by protein channels between adjacent cells that allow small substances to flow freely between each cell's cytoplasm vs. integral proteins of adjacent cells' plasma membranes that are locked together, forming a seal around apical perimeter.

What are gap junctions vs. tight junctions?

500

Nervous tissue, skeletal muscle tissue, and cardiac muscle tissue.

What tissue types heal by fibrosis?

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