Cell Structure/Function 1
Cell Structure/Function 2
Macromolecules
Macromolecules
Cell Cycle 1
Random
100

controls all the activities of the cell and stores the genetic information

Nucleus 

100

This organelle converts glucose and other organic molecules into a form of usable cell energy called ATP.

Mitochondria

100

Name the 4 categories of macromolecules

proteins, carbohydrates, lipids, and nucleic acids

100

Name 3 functions of proteins

enzymes, hormones, antibodies, muscles, etc.

100

The part of the cell cycle in which the nucleus divides.

What is mitosis?

100

A disease of unregulated cell division. 

What is Cancer?

200

What is this a picture of?

Cell membrane - lipid bilayer

200

What is the main purpose of the cell?

To make proteins

200

Name the two polymers (examples) of nucleic acids

DNA and RNA

200

Sugar is an example of what macromolecule

carb

200

Happens during interphase?

What is DNA replication and growth?

200

What is one way stem cells may be used in the future?

Prevent disease, treat cancer, regeneration, research, etc.

300

Name the 3 organelles a plant cell has that animal cells do not

Chloroplasts, cell wall, central vacuole

300

Describe why an onion cell is missing chloroplasts

underground, no sunlight

300

Proteins are made of what monomer?

amino acids

300

Is DNA in our food?

Yes, DNA is in living organisms, so it is in most food. However, we get our DNA from our parents, not our food

300

What are the two main purposes for cell division?

Growth + Repair
300

Programmed cell death

Apoptosis

400

What are the two main cell types? Think - simple vs complex

Eukaryotic Cell and prokaryotic cell

400

What does the term selectively permeable mean? Give an example of why the cell membrane is selectively permeable.

Only allows certain molecules to pass (small, nonpolar molecules + water)

400

Starches are an example of what macromolecule

carbs

400

Describe an example of lipids

fat, wax, oil, cell membrane

400
In which phase do the chromosomes separate?

Anaphase

400

The purpose of mitosis is to create identical daughter cells (ex: skin cells). What might happen if a phase is skipped/missed? Give an example to describe reasoning.

Daughter cells would not be identical

500

Describe the importance of having organelles

Different structures to help with functions. All working together to achieve common goal

500

Describe Cell Specialization (Differentiation) - give an example

What is the term that describes how different structured cells have specific functions? Blood cells, nerve cells, bone cells, etc.

500

Name 2 ways lipids are used in the body

protection, insulation, energy storage, etc.

500

When substance A and substance B combine chemically and produce substance C and water, this chemical process is known as …    A + B = C and Water

Dehydration Synthesis

500

Name the order of the stages in Mitosis

PMAT

Prophase, Metaphase, Anaphase, Telophase

500

Describe the importance of Checkpoints in the cell cycle

Controlled cell cycle/growth. Allows changes to be made or cells to be destroyed if incorrect

600

Which cell came first? prokaryotic or eukaryotic? Defend your reasoning

Prokaryotic - no membrane bound organelles. By combining 2 prokaryotes a eukaryotic cell may have been made (theory of endosymbiosis)

600

Name 3 differences between Prokaryotic and Eukaryotic Cells

- uni vs. multicellular

- membrane bound organelles in Euk (including nucleus)

- mitosis in Euk.

see table in notes

600

What is a calorie? Why is it important for them to be labeled on food/drinks?

calorie is a measure of energy, it lets a consumer know how much energy is in their food.
600

Name of the process that breaks down polymers into monomers. What is being added?

Hydrolysis. Water is added to break apart bonds

600

Describe what might cause plant and animal mitosis to be different?

Different types of organelles - ex: cell wall

600

Why may ethics be a concern when using Embryonic Stem Cells? (Hint: What may make them controversial to use?)

ESC are used from a human zygote (fertilized egg) that is undergoing differentiation.

M
e
n
u