Sphingomyelin Degradation is a Key Factor in Dentin and Bone Mineralization : Lessons from the fro/fro Mouse
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概要
- 論文の詳細を見る
- 2008-01-01
著者
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Chaussain-miller C.
Laboratoire "reparation Et Remodelage Des Tissus Orofaciaux
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GOLDBERG M.
Laboratoire "Reparation et Remodelage des Tissus Orofaciaux"
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OPSAHL S.
Laboratoire "Reparation et Remodelage des Tissus Orofaciaux"
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AUBIN I.
Unite de Genetique des Mammiferes
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SEPTIER D.
Laboratoire "Reparation et Remodelage des Tissus Orofaciaux"
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BOSKEY A.
Hospital for Special Surgery and Weill Medical College of Cornell University
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GUENET J.-L.
Unite de Genetique des Mammiferes
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Opsahl S.
Laboratoire "reparation Et Remodelage Des Tissus Orofaciaux
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Boskey A.
Hospital For Special Surgery
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Septier D.
Laboratoire "reparation Et Remodelage Des Tissus Orofaciaux
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Goldberg M.
Laboratoire "reparation Et Remodelage Des Tissus Orofaciaux
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Chaussain-miller C.
Laboratoire De Reparation Et Remodelage Des Tissus Oro-faciaux
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CHAUSSAIN-MILLER C.
Laboratoire "Reparation et Remodelage des Tissus Orofaciaux"
関連論文
- Sphingomyelin Degradation is a Key Factor in Dentin and Bone Mineralization : Lessons from the fro/fro Mouse
- Dentonin, a MEPE Fragment, Initiates Pulp-healing Response to Injury
- The Role of Matrix Metalloproteinases (MMPs) in Human Caries
- The Dentino-Enamel Junction Revisited
- Dentin Extracellular Matrix Molecules Implanted into Exposed Pulps Generate Reparative Dentin : a Novel Strategy in Regenerative Dentistry
- Biglycan is a Repressor of Amelogenin Expression and Enamel Formation : An Emerging Hypothesis
- Spectroscopic Imaging of Mineral Maturation in Bovine Dentin
- Inositol Hexasulphate, a Casein Kinase Inhibitor, Alters Enamel Formation in Cultured Embryonic Mouse Tooth Germs
- Aging and Bone
- Evolutionary Story of Mammalian-specific Amelogenin Exons 4, "4b", 8, and 9