Protein

build muscle

Multipurpose molecules

build brain matter

build strength

S

N

O

K

Enzymes

Structure

Contractions

Conjunctions

polyproteins

amino acids

proteins

polypeptides

central carbon

R group

amino group

carboxyl group

H-S-S-H

H-S-H-S

S-H-H-S

S-H-S-H

NH₃⁺

CH₄

CH₃

H-C

20

50

thousands

20⁵⁰

hydrogen

covalent

ionic

peptide

COOH

C-H

NH₂

C=H

structure

name

color

location

A slight change in the sequence of amino acid can affect a protein's structure but its function will remain stable.

A slight change in the sequence of amino acid can not affect a protein's structure but its function will change.

A slight change in the sequence of amino acid can not affect a protein's structure or its function.

A slight change in the sequence of amino acid can affect a protein's structure and its function .

a single change in amino acids that results in a change to red blood cells

a series of changes in amino acids that results in a change to red blood cells

a change in structure that does not cause a change in red blood cell function

a single change in amino acids that results in no change to red blood cells

There is widespread folding along the polypeptide

There is localized folding along short sections of polypeptide

Reactions between adjacent amino acids is stopped

The folds can be attributed to C=C double bonds.

determined by interactions between R groups

anchored by disulfide brides

composed of a group of three monomers

widespread, or whole molecule, folding

provides cross links between sulfers in amino acids

are indicated by H-S-S-H

are indicated by H-S-H-S

S-H-H-S

a single polypeptide chain with many folds, creating a 3 dimensional shape

noted by its hydrophilic interactions

very limited with regards to its structure and function and is only found in the bloodstream

noted by its hydrophobic interactions