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Qualitative and Quantitative Assessment of Intratubular Dentin Formation in Human Natural Carious Lesions

DOI

50

Citations

14

References

2001

Year

Wolfgang H. Arnold, S. Konopka, Peter Gaengler
Calcified Tissue International

References

YearCitations

Sclerotic Age Changes in Root Dentin of Human Teeth as Observed by Optical, Electron, and X-Ray Microscopy

John Nalbandian, Federico Gonzales, Reidar F. Sognnaes

Journal of Dental Research

1960

127

Possible Physico-Chemical Processes in Human Dentin Caries

G. Daculsi, Racquel Z. LeGeros, A. Jean,

Journal of Dental Research

1987

107

The histology of sclerotic human root dentine

L. Vasiliadis, A.I. Darling, B.G.H. Levers

Archives of Oral Biology

1983

106

Synergistic Effects of Magnesium and Carbonate on Properties of Biological and Synthetic Apatites

Racquel Z. LeGeros, Regina Kijkowska, C. Bautista,

Connective Tissue Research

1995

106

Human dentine sclerosis: A microradiographic survey

D. Weber

Archives of Oral Biology

1974

83

Magnesium in Newly Formed Dentin Mineral of Rat Incisor

H.P. Wiesmann, Thomas Tkotz, U. Joos,

Journal of Bone and Mineral Research

1997

74

Studies on mineralized dental tissues

B. Engfeldt, Gunnar Bergman, Erna Hammarlund-Essler

Experimental Cell Research

1954

66

Structure and Development of the Peritubular Matrix in Dentin

S. Takuma, Shigeo Eda

Journal of Dental Research

1966

61

Demineralization of caries-affected transparent dentin by citric acid: an atomic force microscopy study

Grayson W. Marshall, Y. J. Chang, Stuart A. Gansky,

Dental Materials

2001

57

Some observations on the peritubular translucent zones in human dentine

H. F. Atkinson, John K. Harcourt

Australian Dental Journal

1961

30

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