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Nucleation clusters. In calcium phosphate solution, the presence of amelogenin stabilized small particles, aggregates with two or three particles and larger aggregates (pre-nucleation clusters). While needle shaped particles of hydroxyapatite were eventually formed, the amorphous aggregates were stabilized by amelogenin, leading to the statement that amelogenin inhibited (retarded) mineralization
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Nucleation clusters. In calcium phosphate solution, the presence of amelogenin stabilized small particles, aggregates with two or three particles and larger aggregates (pre-nucleation clusters). While needle shaped particles of hydroxyapatite were eventually formed, the amorphous aggregates were stabilized by amelogenin, leading to the statement that amelogenin inhibited (retarded) mineralization
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To the mineralization process [56]. Further, Wendy Shaw's group used NMR spectroscopy to examine the WT mouse and mutant amelogenins to confirm the pre-mature self-assembly of the mutant proteins [57]. Other studies show how the amelogenin structure is modified during its interaction with HA, phospholipids, other enamel proteins [58] and even collagen (remember that amelogenin does not interact wi
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Nucleation clusters. In calcium phosphate solution, the presence of amelogenin stabilized small particles, aggregates with two or three particles and larger aggregates (pre-nucleation clusters). While needle shaped particles of hydroxyapatite were eventually formed, the amorphous aggregates were stabilized by amelogenin, leading to the statement that amelogenin inhibited (retarded) mineralization
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Larreal-RamirezPagecations and anions [62]; the formation of such chains could also be true of the calcium phosphate prenucleation clusters. 2.2 Pathologic Calcification: Role of IDPs Calcifications occurring in unwanted places ?the aorta, salivary glands and soft tissues, are all associated with IDPs. To illustrate, salivary stones occur when mucins, such as statherin, an un-folded protein [63],
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Veloping these vaccines. Live attenuated vaccine can eventually mutate into aVeloping these vaccines. Live attenuated vaccine can eventually mutate into a more virulent form capable of [5] causing diseases , whereas inactivated or killed vaccines and protein subunit vaccines generally generate weak [6] immune responses often requiring the use of adjuvants . Many live attenuated vaccines are
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Veloping these vaccines. Live attenuated vaccine can eventually mutate into aVeloping these vaccines. Live attenuated vaccine can eventually mutate into a more virulent form capable of [5] causing diseases , whereas inactivated or killed vaccines and protein subunit vaccines generally generate weak [6] immune responses often requiring the use of adjuvants . Many live attenuated vaccines are