Biochemical Journal · 1983 · 119 citations · 22 references
DentistryMolecular BiologyOral BiologyEmbryogenesisEnamel BiologyProteomicsEnamel AnatomyEnamel BiomineralizationEnamel DevelopmentEnamel Developmental BiologyEnamel Matrix ProteinsEnamel MineralizationAmelogenin ProteinsEnamel Matrix MineralizationEnamel Matrix Protein BiochemistryEnamel Matrix Protein StructureEnamel Protein CompositionEnamel Protein ResiduesFragmentationSequence Conservation
Partial amino acid sequences for selected amelogenin polypeptides isolated from the developing enamel of cow, pig and human foetuses are reported. It was found that there was an identity of sequence for the initial 28 residues of the polypeptides analysed, irrespective of their origin or size. A tyrosine-rich polypeptide was shown to be the N-terminal fragment of the principal higher-molecular-weight amelogenins, although a leucine-rich polypeptide of similar size was not identified in any other amelogenin structure. The findings demonstrate a striking degree of sequence conservation for the amelogenin proteins of the extracellular enamel matrix and support the concept of a discrete fragmentation of an initial 30 000 Da amelogenin molecule during the mineralization of the enamel.
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Polyquarternary amines prevent peptide loss from sequenators
George E. Tarr, James F. Beecher, Michael V. Bell et al. · Analytical Biochemistry · 1978 · 452 citations
Enamel Protein Chemistry - Past, Present and Future
J.E. Eastoe · Journal of Dental Research · 1979 · 171 citations
Studies on the proteins of developing bovine enamel
M. Fukae, Masaharu SHIMIZU · Archives of Oral Biology · 1974 · 122 citations