Energy storage, protection of vital organs, make up cell membranes and hormones

Make enzymes, hormones and other body chemicals

Build and repair muscles

Stores information for cellular growth, provides instructions for making proteins

Used for energy and structure

contains hereditary material that is passed from parent to offspring

Involvement with every biological function in and on the body

Makes up hormones and cell membranes

Building block of bones, muscles, cartilage, skin, and blood

Protection against disease

Coordination of an organism's activities

stores information for cellular growth, cellular repair and cellular reproduction

monosaccharides

amino acids

fatty acids and glycerol

nucleotides

1

2

3

8

monosaccharides

amino acids

nucleotides

fatty acids and glycerol

fatty acids and glycerol

monosaccharides

amino acids

nucleotides

nucleotides

monosaccharides

amino acids

fatty acids and glycerol

1

3

2

8

Steroids and waxes

Triglycerides and Phospolipids

Disaccharides and Polysaccharides

DNA and RNA

Triglycerides, Phospholipids, Steriods, and Waxes

Disaccharides and Polysaccharides

Receptor proteins and Enzymatic proteins

Support proteins

8

4

1

2

Monosaccharides

Triglycerides and Waxes

DNA and RNA

Double helix

Protect living cells

Store energy

Give energy that lasts longer than a monosaccharide

Helps transfer signals across cell membranes

Play a role in reproduction and brain activity

Control chemical activities in the body

Protect vital organs

Used for energy storage and as a structural component

20

4

12

2

1

2

8

5

Used to make Vitamin D

Helps transfer signals across the cell membrane

To be saturated or unsaturated

Store energy for later use

Provide structure and protection to living cells, Form cell membranes and helps transfer signals

Reproduction and brain activity

Controls chemical activities in the body

Prevents plants from losing water

Carry messages and signals to cells

Waterproofs with a coating of wax

Stoes amino acids

Prevents against disease

Provide structure and protection to living things

Controls chemical activities in the cell

Speeds up chemical reactions

Protection and waterproofing made by plants and animals

Movement of muscles and other cell organelles

Support in the cells and tissues

Storage of amino acids

Transport of other substances

Storage of amino acids

Response of the cell to chemical stimuli

Speeds up chemical reactions

Protect against diseae

Response of cell to chemical stimuli

Coordinate an organism's activities

Support the cell

Transports substances around the body

Coordinate an organism's activities

Storage of amino acids

Protect against disease

Speed up chemical reactions

Speeds up chemical reactions

Movement of muscles and cell organelles

Response of a call to chemical stimuli

Transport of other substances throughout the cell

Movement of muscles and cell organelles

Protect against diseases

Coordinate an organism's activities

Support the cell and tissues

Storage of amino acids

Protect against disease

Speed up chemical reactions

Response of a cell to chemical stimuli

Support the cell and tissues

Coordinate an organism's activities

Speed up chemical reactions

Protect against disease

2

8

5

1

Uracil

Thymine

Adenine

Guanine

Cytosine

Uracil

Guanine

Thymine

Building block of bones, muscles, cartilage and tissues

Storing energy for future use

Makes up your genes and stores information in the nucleus for the synthesis or proteins

Supporting the cell membrane

Speeds up chemical reactions

Coordinates all the cell's activities

Makes up your genes

Carries genetic information out of the nucleus to the ribosomes