1. Ligases
2. Hydrolases
3. Isomerases
4. Lyases
Isomerases
1. May be destroyed and resynthesised seven times
2. Reacts at identical rates under all conditions
3. Interacts with specific type of substrate molecule
4. Forms a permanent enzyme-substrate complex
Interacts with specific type of substrate molecule
1. Temperature
2. Concentration of the substrate
3. Concentration of the enzyme
4. Original activation energy of the system
Original activation energy of the system
1. Phosphoester bonds
2. Phospho-anhydride bonds
3. Phosphodiester bonds
4. Covalent bonds
Phospho-anhydride bonds
1. Two amino acids
2. Two monosacciharides
3. A condensation reaction
4. Both A and C
Both A and C
1. RNA polymerase, RNA and ATP
2. RNA only
3. RNA and ATP
4. RNA polymerase and ATP
RNA and ATP
1. Phosphorprotein
2. Scleroprotein
3. Derived protein
4. Globulin
Scleroprotein
1. Mannose
2. Fructose
3. Glucose
4. Galactose
Glucose
1. Peptide bonds
2. Phosphodiester bonds
3. Hydrogen bonds
4. Energy rich bonds
Hydrogen bonds
1. Tapioca
2. Dahlia
3. Raphanus
4. Colchicum
Dahlia