Medical conditions
Body Systems
Cellular respiration
100

Cells can only use molecules that are ______ enough to enter a cell.

Small. They need to get broken down in the digestive system prior to entering the circulatory system and even more so to enter the cell (measured in micrometers). 

100

A set of interacting parts forming a complex whole is a _________.

System

100

The place where cellular respiration takes place

Inside the cell, specifically the mitochondria organelle

200

______ is the ability to make things move or change.

Energy

200

The body system that takes in food and breaks it down

The digestive system

200

Molecules needed to increase energy

Glucose and oxygen molecules

300

A molecule that organisms can use to release energy, and that is made of carbon, hydrogen, and oxygen atoms.

Glucose

300

The body system that takes in oxygen and releases carbon dioxide

The respiratory system

300

Molecules that are the building blocks of proteins

Amino acids

400

This happens to the metabolism of a person with Asthma

The person has difficulty breathing enough air and acquiribg all the necessary oxygen molecules for their cells to function properly, making them get tired and feel out of breath very easily.

400

The system that transports molecules to and from all cells of the body

The circulatory system

400

The chemical reaction between oxygen and glucose that releases energy into cells

Cellular respiration

500

This happens to the metabolism of a person with diabetes.

When someone has diabetes, they don't have enough insulin. Your body needs insulin because it unlocks the cell membrane and lets glucose enter the cell. With low levels of insulin, a lot of glucose is stuck in the circulatory system and little glucose is entering the cells. You need glucose in order to get energy through cellular respiration.

500

The body's use of molecules for energy and growth is the ________.

Metabolism

500

Amino acids in cells need ________ from mitochondria in order to bond to other amino acid molecules and form proteins.

Energy