Systems
Parts of the Cell
Solutions
Cellular Division Phases
A&P Definitions
100

Protects our organs, is found on the outside of our bodies 

Integumentary System (Skin) 

100

Called the "powerhouse" of the cell; helps with ATP production

Mitochondria

100

Cells move from a ________ concentration gradient to a _________ concentration gradient 

Cells move from a high concentration gradient to a low concentration gradient 

100
What is the abbreviation for the steps in cellular division 

PMAT (or IPMAT)

100

the structure of body parts

Anatomy 

200

Helps with digestion of food

Digestive System 

200

Transports proteins 

Rough Endoplasmic Reticulum (RER) 

200

the diffusion of water through a selectively permeable membrane

Osmosis
200

What happens during prophase?

1. chromosomes visible 

2. centrioles move to poles

3. nuclear membrane disappears

4. nucleolus disappears

5. spindle forms

200

the function of body parts

physiology 

300

Helps with hormone regulation 

Endocrine System 

300

Transports lipids

Smooth Endoplasmic Reticulum 

300

When a cell has too much water it is called

Hypotonic 

300

What happens during metaphase?

chromosomes line up on the equator

300

tendency of the body to maintain a stable, balanced, internal environment. “Sameness”

Homeostasis
400

Helps with our ability to have children 

Reproductive System 

400

Is the "brain" of the cell

nucleus 

400

When a cell has too little water it is called

Hypertonic 

400

What happens during anaphase?

chromatids separate and move to opposite poles

400

all the chemical changes that occur in the body to maintain life.

Metabolism 

500

Helps with our ability to think, speak, store memories, as well as feel and percieve things 

Neurosystem 

500

Helps "digest" things within the cell; helps get rid of unwanted wastes

Lysosomes

500

When a cell has equal amounts of solute and water it is called 

Isotonic

500

What happens during telophase?

1. chromosomes disappear 

2. nuclear membrane reforms

3. nucleoli reappears

4. spindle disappears

5. centrioles duplicate

500

Blood sugar regulation is an example of 

A negative feedback loop