Linked from

The 92 pages that link to Amino acid, each with the reason it gives.

• EnzymeBroader topic: Their varied side chains furnish the chemical groups that perform enzyme catalysis.

• ProteinBroader topic: Proteins are assembled from amino acids joined in a specific sequence.

• Protein structureBroader topic: A protein’s primary structure is its ordered chain of amino acids.

• Protein engineeringBroader topic: Changing amino acids is the basic way to alter a protein's sequence.

• MonomerBroader topic: Amino acids are monomers that join to form proteins.

• Miller–Urey experimentBroader topic: Several amino acids were among the products identified in the collected mixture.

• Intrinsically disordered proteinBroader topic: The identities and arrangement of amino acids shape a disordered protein’s conformational preferences.

• LectinBroader topic: Amino-acid side chains help form lectin carbohydrate-binding sites.

• CoagulationBroader topic: Amino-acid side chains help determine how proteins respond to heat and acidity.

• GlycoproteinBroader topic: Certain amino-acid side chains provide attachment sites for protein-linked sugars.

• ProteolysisBroader topic: Complete proteolysis can release amino acids for reuse or metabolism.

• Isoelectric pointBroader topic: Its ionizable groups provide a familiar example of charge changing with pH.

• Chemical evolutionBroader topic: Their prebiotic formation supplies candidate ingredients for early peptides.

• Dietary proteinBroader topic: Digestion releases these units from dietary proteins.

• Amino groupBroader topic: Its amino group participates in peptide formation and often carries positive charge near physiological pH.

• BiosynthesisBroader topic: Cells link amino acids to synthesize proteins.

• ZwitterionBroader topic: Its amino and carboxyl groups can carry opposite charges simultaneously.

• Carbon-based lifeBroader topic: Amino acids connect carbon chemistry to the sequence and structure of proteins.

• Protein designBroader topic: Their side-chain chemistry gives designed sequences distinct interaction possibilities.

• Primordial soupBroader topic: Amino acids were among the organic products formed in the Miller–Urey experiment.

• Enzymes and CoenzymesBroader topic: Their side chains supply the chemical properties used in enzyme active sites.

• G. N. RamachandranBroader topic: Each residue contributes the backbone atoms whose steric interactions constrain its conformation.

• Sequence (biology)Broader topic: Amino acids are the units whose order forms protein sequences.