[Selenium turnover in protein and nonprotein fractions of the calcified tissues of rats of varying ages].
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Age Factors↗
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Results for “Tooth Calcification”
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Structure of crystallites in bone and dentin.
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Bone and Bones↗
[Effect of the rabbit serum calcium reducing extracts (Parotin, parotin-A, parotin-A-like-substance, and bovine thymus gland) on calcification of dentine of rat and rabbit].
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Dentin↗
[Is there resistance to caries, bound to the structure and calcification of the teeth].
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Dental Caries Susceptibility↗
Award for research in biological mineralization. Some conceptual and practical observations on calcification in biological systems with special reference to the reactivity of enamel.
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Awards and Prizes↗
Unusual pulpal calcifications--a case report.
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Adolescent↗
[Stages of formation and calcification of the third molar (radiographic study of 500 Mexican children and adolescents)].
Five hundred orthopantomograph radiographs of mexican children and adolescent from 7 to 18 tears old were reviewed in order to establish the third molar formation and calcification stages and the most frequent anomalies related to these teeth. We find that tooth bud presence is between 9 and 11 years; Third molar is absent in 32.4% of the population; 7.4% of the molars presented early formation stage malposition; Therefore oligodontia diagnosis and third molar malposition can not be done before 13 years of age.
Adolescent↗
A visualization of calcification in teeth.
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Age Factors↗
Dimensional changes associated with enamel maturation in rabbits.
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Amelogenesis↗
Relationship between alkaline phosphatase, inorganic pyrophosphatase and L-ascorbic acid in calcifying hamster molars.
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Alkaline Phosphatase↗
Phytate inhibition of enamel hardening by mineralizing solutions.
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Calcification, Physiologic↗
[Ossification mechanisms in normal and pathological conditions].
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Bone Matrix↗
[Determination of the time of mineralization of the dental hard substances in rabbits].
On the basis of radiographic studies on animals (rabbits), the authors determined the beginning of bone and dental hard tissue calcification. First signs of ossification were observed on the 17th day after copulation, whereas the calcification of the incisors began only on the 19th day after copulation.
Animals↗
[An experimental study of calcium metabolism in the bones and teeth during limited motor activity].
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Animals↗
Thirty-one years of bones and teeth--retrospect and prospect.
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Bone and Bones↗
Physicochemistry of demineralization and remineralization.
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Biochemical Phenomena↗
[Physico-chemical grounds of mineralization of the hard dental and osseous tissues].
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Calcification, Physiologic↗
Hard tissue research project at Cornell University Medical Center.
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Bone and Bones↗