biomolecules
proteins
glucose
reactions
transport
100

This simple sugar is the main energy source for most living organisms.

glucose

100

The monomers, or building blocks, of proteins.

amino acids

100

Glucose belongs to this group of biomolecules.

carbohydrates

100

When oxygen is available, glucose is broken down in this type of respiration.

aerobic

100

The net movement of molecules from an area of high concentration to an area of low concentration without using cellular energy.

diffusion

200

Carbohydrates are made up of these three elements.

Carbon, Hydrogen and Oxygen

200

Proteins are made on this organelle in the cell.

ribosomes

200

The process that forms glucose in autotrophs.

photosynthesis

200

A chemical reaction involves breaking and forming these.

chemical bonds OR bonds

200

The general type of transport that moves substances against their concentration gradient, requiring a direct energy input.

active transport

300

Lipids form this essential structure in cells.

cell membrane

300

Proteins with different functions have different ________.

shapes OR amino acid sequences OR amino acids

300

The process that breaks down glucose to release energy.

cellular respiration

300

The substances formed at the end of a chemical reaction.

products

300

The specific type of passive transport concerning the movement of water across a selectively permeable membrane.

osmosis

400

Carbon, hydrogen, and oxygen from sugar molecules may combine with other elements such as nitrogen, sulfur, and phosphorus to form these two biomolecules.

proteins and nucleic acids

400

These proteins act as biological catalysts that speed up reactions.

enzymes

400

The transfer of glucose in an autotroph's cell is from the _______________ organelle to the _____________ organelle to be turned into ATP energy.

chloroplast to mitochondria

400

During aerobic respiration, one molecule of glucose can produce about this many ATP molecules.

36-38 ATP

400

The structure in an onion cell that prevents it from bursting, unlike a blood cell

cell wall

500

Hemoglobin, enzymes, and antibodies are all examples of this biomolecule.

proteins

500

What two factors can cause proteins, like enzymes, to change shape?

pH(acid or base) and high temperature

500

Glucose in plants can be converted into this polysaccharide for energy storage.

starch

500

This three-carbon compound is the acidic byproduct that accumulates in your muscle cells during a strenuous sprint.

lactic acid

500
When placed in this substance, a red blood cell may swell with water and potentially burst. You must be specific.

distilled water or 100% water

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