Osmosis

Surface tension

Cohesion

Evaporation

Ice formation

Ester

Hydrogen

Ionic

Phosphodiester

Nucleic acid

Triacylglycerol

Phospholipid

Beta sheet

The carrier protein has a limited number of binding sites.

The carrier protein can transport an unlimited amount of glucose.

The carrier protein is not specific to glucose.

The carrier protein requires ATP for glucose transport.

The carrier protein functions through simple diffusion.

Isotonic

Hypertonic

Hypotonic

Tertiary

Potassium ions are released into the cell.

The binding of potassium ions changes shape of the protein and results in their release outside the cell.

The binding of potassium ions changes shape of the protein and results in sodium ions binding simultaneously.

Phosphorylation leads to a change in protein shape, reducing its affinity for potassium ions, which is released outside the cell.

The protein simultaneously picks up sodium ions and they dislodge the potassium ions inside the cell.

An organelle filled that may store organic or inorganic ions within an aqueous environment.

A structure involved in the production of proteins for secretion.

A region responsible for producing ribosomes.

A structure important for modifying, storing and transporting proteins.

A membrane involved in protein and membrane synthesis.

The nucleolus

The nuclear envelope

The rough endoplasmic reticulum

Phagocytosis

Receptor-mediated cytosis

Apoptosis

Pinocytosis

Exocytosis

Exchange transport

Diffusion

Facilitated diffusion

Co-transport

Active transport