Match the following levels of protein structure with the description.
1. Interactions of multiple peptides coded by the same of different
genes to form a single functional unit
2. Functional domains dictated by unique interactions between amino acid R groups in the peptide chain
3. Interaction of multiple proteins with distinct functions dictate by unique non-covalent interactions between R groups of each factor in the complex.
4. Level of structure formed during ribosomal synthesis, ultimately contributing to the formation of all other structural levels.
5. Level of structure dictated by the formation of predictable motifs through non-covalent interactions between carboxy and amine groups in the peptide backbone.
Options:
A: Primary
B: Secondary
C: Tertiary
D: Quartenary
E: Multi-protein Complexes
1. Interactions of multiple peptides coded by the same of different genes to form a single functional unit ----->
Multiple Protein complex
2. Functional domains dictated by unique interactions between amino acid R groups in the peptide chain ---->
Tertiary Protein
3. Interaction of multiple proteins with distinct functions dictate by unique non-covalent interactions between R
groups of each factor in the complex -----> Quaternary Proetein
4. Level of structure formed during ribosomal synthesis, ultimately contributing to the formation of all other structural
levels. -----> Primary protein
5. Level of structure dictated by the formation of predictable motifs through non-covalent interactions between
carboxy and amine groups in the peptide backbone ----> Secondary Protein
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