Polygamma glutamic acid reduces kinetics of HAp demineralization - Qamar, Zeeshan;Fatima, Tayyaba
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The modus operandi of salivary proteins in reducing the kinetics of hydroxyapatite and enamel dissolution during simulated caries challenges is thought to be associated with interaction of glutamic acid residues with hydroxyapatite (HAp)surfaces. Polygamma glutamic acid (PGGA) is the basis of theJapanese traditional foodstuff Natto and is a naturally occurring polypeptide composed of glutamic acid residues, and may therefore perform simlar caries inhibitory functions.

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Produktbeschreibung
The modus operandi of salivary proteins in reducing the kinetics of hydroxyapatite and enamel dissolution during simulated caries challenges is thought to be associated with interaction of glutamic acid residues with hydroxyapatite (HAp)surfaces. Polygamma glutamic acid (PGGA) is the basis of theJapanese traditional foodstuff Natto and is a naturally occurring polypeptide composed of glutamic acid residues, and may therefore perform simlar caries inhibitory functions.
Autorenporträt
Zeeshan QamarZeeshan Qamar, currently working as a Researcher atQueen Mary, University of London (UnitedKingdom)is a dentist by profession. He recentlycompleted his MSc in Oral Biology from Queen Mary,University of London. His research of interest includespolymers and their polymerization.