Table of contents | |
1. Secondary Metabolites | |
2. Some Proteins and their Functions | |
3. Polysaccharides | |
4. Nucleic Acids | |
5. Classification of Enzymes |
Master Biomolecules with Ease! These memory tricks are sure to enhance your learning experience. Get ready to remember more and stress less! Happy learning!
Mnemonic: Pigs And Tigers Eat Tasty Large Dishes Potatoes
Mnemonic Explanation:
Mnemonic: Cool Tigers Instantly Attack Red Grapes
Mnemonic Explanation:
Collagen: Intercellular ground substance
Trypsin : Enzyme
Insulin: Hormone
Antibody:Fights infectious agents
Receptor: Sensory reception (smell, taste, hormone, etc.)
GLUT-4: Enables glucose transport into cells
Mnemonic: "Cats Sing Great Inspiring Chants Always"
Mnemonic Explanation:
Oxidoreductases/Dehydrogenases:
Enzymes which catalyse oxidoreduction between two substrates S and S’.
Example:
S reduced + S’ oxidised → S oxidised + S’ reduced.
Transferases:
Enzymes catalysing a transfer of a group, G (other than hydrogen), between a pair of substrates S and S’.
Example:
S - G + S’ → S + S’ - G.
Hydrolases:
Enzymes catalysing hydrolysis of ester, ether, peptide, glycosidic, C-C, C-halide, or P-N bonds.
Lyases:
Enzymes that catalyse the removal of groups from substrates by mechanisms other than hydrolysis, leaving double bonds.
Isomerases:
Includes all enzymes catalysing inter-conversion of optical, geometric, or positional isomers.
Ligases:
Enzymes catalysing the linking together of two compounds.
Example:
Enzymes which catalyse joining of C-O, C-S, C-N, P-O, etc. bonds.
182 videos|367 docs|152 tests
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1. What are secondary metabolites and why are they important in plants? |
2. What are some key functions of proteins in biological systems? |
3. How are polysaccharides classified and what are their functions? |
4. What are the main types of nucleic acids and their functions? |
5. How are enzymes classified and what is their significance in biochemistry? |
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