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The 44 pages that link to Peptide bond, each with the reason it gives.

• Amino acidRelated: This bond connects amino acids into protein chains.

• Carbonyl groupRelated: Its carbonyl carbon participates in protein structure and peptide-bond chemistry.

• Protein foldingRelated: Its restricted geometry limits the chain’s possible conformations.

• Translation (biology)Related: Ribosomal catalysis forms these bonds to extend the growing polypeptide.

• GlycineRelated: Glycine enters proteins through the same backbone linkage as other amino acids.

• TyrosineRelated: Tyrosine joins proteins through the same peptide bonds as other amino acids.

• Dehydration reactionRelated: Peptide-bond formation is commonly represented as loss of water between amino acids.

• Digestive enzymeRelated: Proteases break these bonds to produce shorter peptides and amino acids.

• PhenylalanineRelated: Phenylalanine joins neighboring residues through peptide bonds.

• Protein synthesis inhibitorRelated: Some inhibitors block the ribosomal reactions that form peptide bonds.

• Emil FischerRelated: His laboratory synthesized peptides to investigate how amino acids form proteins.

• Proteinogenic amino acidRelated: Translation joins proteinogenic amino acids into polypeptide chains through these bonds.

• Alpha helixRelated: Its partial double-bond character restricts backbone rotation and shapes helical geometry.

• Beta sheetRelated: Peptide-bond planarity constrains the backbone that forms each strand.

• Glutamic acidRelated: Protein synthesis incorporates glutamic acid into chains through this bond.

• PepsinRelated: Pepsin hydrolyzes peptide bonds to split proteins into shorter peptides.

• SerineRelated: Serine enters proteins when its amino and carboxyl groups form peptide bonds.

• sp² hybridizationRelated: Resonance gives its atoms partial double-bond character and a largely planar arrangement.

• MethionineRelated: Methionine becomes part of a protein when its amino group forms peptide bonds.

• Amino groupRelated: Amino-group nitrogen becomes the nitrogen of this bond during protein-chain formation.

• Carbonyl compoundRelated: Its carbonyl group is central to peptide structure and reactivity.

• Acyl groupRelated: Each peptide linkage contains an acyl carbon bonded to nitrogen.

• ArginineRelated: Arginine joins protein chains through the same peptide bonds as other amino acids.

• ProlineRelated: Proline’s backbone nitrogen participates in peptide bonds despite being part of its ring.

• Ada YonathRelated: The ribosome’s large subunit catalyzes peptide-bond formation, a key structural question in her research.

• AlanineRelated: Alanine enters proteins when its backbone forms peptide bonds.

• Aspartic acidRelated: Aspartic acid joins protein chains through this bond at its amino and carboxyl groups.

• E1cB elimination reactionRelated: Some enzyme-catalyzed eliminations act on peptide substrates through carbanion intermediates.

• G. N. RamachandranRelated: Its near-planarity leaves backbone rotation mainly around two neighboring bonds.

• Ribbon diagramRelated: Its restricted geometry helps shape the backbone path represented by the ribbon.