Lipids
Proteins
Carbohydrates and Nucleic Acids
Organic Molecules
LIFE and Basic Chemistry
100
The 2 subunits of fats and oils
Fatty acid, glycerol
100
These are the monomers of proteins
Amino Acids
100
Carbohydrate is another name for this
Sugar
100
All organic molecules have these 2 elements
Carbon, Hydrogen
100
These are the 3 domains
Bacteria, Eukarya, Archaea
200
Fatty acid with double bonds between carbons
Unsaturated Fatty Acid
200
This type of bond joins amino acids together
Peptide bond
200
Function of this molecule is to provide the cell with energy
ATP
200
The name of this functional group -COOH
Carboxyl
200
These are all 5 steps of the scientific method
Observation, Hypothesis, Experiment, Data, Conclusion
300
These lipids are a part of a membrane
Phospholipids
300
This structure is repeating 3D Structure (alpha helices and beta pleated sheats)
Secondary Structure
300
The 2 carbohydrates that function in energy storage
Starch, Glycogen
300
All synthesis reaction are these these types of reactions
Dehydration Reactions
300
These types of elements can be used as tracers for body imaging because they are radioactive
Isotopes
400
These are composed of 3 fatty acids + 1 glycerol
Triglyceride
400
These proteins fix folding errors
Chaperon Proteins
400
Animals are unable to break down this chain of glucose that serves as structural support in plants
Cellulose
400
All degradation reactions are these type of reactions
Hydrolysis reactions
400
In this type of bond, atoms share electrons
Covalent bonds
500
Degradation of fats or oils is this type of reaction
Hydrolysis reaction
500
The 3 parts bonded to the Central Carbon
Carboxyl group, Amino group, R group, Hydrogen
500
The 3 parts of a nucleotide
Pentose Sugar, Nitrogenous base, Phosphate
500
This function group is -SH
Thiol
500
This is when there is unequal sharing of electrons (electrons attracted to one atom more)
Polar
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