Homeostasis & Organ Systems
Chemistry
Metabolism
Plasma Membranes
Cell Structures
DNA and Mitosis
100

This system is where all the body's blood cells are produced

Skeletal

100

In ionic bonding, this happens to electrons.

A complete transfer of electrons

100

Oxygen plays this role in aerobic respiration

Final electron acceptor

100

Phospholipids have this type of head and this type of tail

Hydrophilic head

Hydrophobic tails

100

This organelle detoxifies hydrogen peroxide  

Peroxisomes

100

Transcription takes place in the _______

Translation takes place in the _____

Nucleus

Cytoplasm 

200

This type of feedback reverses changes to bring the body back to its set point

Negative feedback

200

Adding substance A lowers pH by increasing H⁺ concentration. Substance A is this

An acid

200

This process converts glucose to pyruvate

Glycolysis

200

Which type of transport across plasma membranes requires ATP?  

Active transport

200

This organelle is the “powerhouse of the cell” because it generates most of the ATP.

Mitochondria

200

During this phase of the cell cycle, DNA is replicated.

S phase

300

This system is responsible for filtering and cleaning the blood

Urinary

300

An enzyme is an example of this type of macromolecule

Protein

300

Fatty acids are catabolized through this process

Beta oxidation

300

Drinking excessive water can cause extracellular fluid to become this, leading to swelling of cells.

Hypotonic solution

300

The smooth ER is specialized for this function instead of protein synthesis.

Lipid synthesis

300

During mitosis, chromosomes align at the center of the cell during this stage.

Metaphase

400

What is the main role of the respiratory system?

Gas exchange

400

Nucleotides are the monomer of which macromolecules? 

Nucleic acids

400

This molecule carries electrons from the citric acid cycle to the electron transport chain

NADH

FADH2

400

The primary structural component of the plasma membrane.

Phospholipids

400

This organelle contains digestive enzymes to break down worn-out cell parts and pathogens.

Lysosomes

400

Proteins are built from this type of RNA at the ribosome.

mRNA

500

This system is responsible for the transportation of nutrients throughout the body

Cardiovascular

500

A glycerol plus three fatty acids makes this type of lipid

Triglyceride 

500

The proton gradient in the ETC can be likened to what real-world way of producing energy?

A water mill

500

Diffusion occurs faster when this condition increases.

Temperature

500

The nucleolus does not store DNA, but rather makes this.

Ribosomal RNA

500

A sequence of three nucleotides on mRNA that codes for a specific amino acid is called this.

Codon

600

When body temperature rises, blood vessels dilate and sweat glands activate. These are examples of this component of the control mechanism.

Effectors

600

Changing the number of neutrons in an atom changes it into an

Isotope

600

ATP is produced mainly by these types of reactions

Oxidation/reduction

600

This is the type of solution in IVs administered to patients in a hospital setting

Isotonic 

600

These are the largest fibers in the cytoskeleton

Microtubules 

600

During this phase of the cell cycle, the cell is not actively dividing

Interphase

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