Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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Genome-Wide Approaches to Defining Macrophage Identity and Function Cellular and molecular mechanisms of tooth root development.TSC1 regulates osteoclast podosome organization and bone resorption through mTORC1 and Rac1/Cdc42.

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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P1476

Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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A E Grigoriadis

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E Matalova

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M Foxworthy

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S Alfaqeeh

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V Oralova

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P2860

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Defining a visual marker of osteoprogenitor cells within the periodontium

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The molecular understanding of osteoclast differentiation.

Mechanisms of tooth eruption and orthodontic tooth movement.

Cellular and molecular basis of tooth eruption

Alveolar bone dimensional changes of post-extraction sockets in humans: a systematic review.

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scholarly article

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10.1177/0022034515608828

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English

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Abigail S. Tucker

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2015-10-06T00:00:00Z

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26442949

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Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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P2860

Root and Eruption Defects in c-Fos Mice Are Driven by Loss of Osteoclasts.

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P1433

P1476

P2093

P2860

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