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Proteins / Cell communication / Embryology / Wnt signaling pathway / Secondary palate development / Beta-catenin / Hedgehog signaling pathway / Retinoic acid / NUMB / Biology / Cell signaling / Signal transduction


Retinoic acid alters the proliferation and survival of the epithelium and mesenchyme and suppresses Wnt/β-catenin signaling in developing cleft palate
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Document Date: 2013-10-31 10:54:10

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File Size: 4,64 MB

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Santa Clara / Minneapolis / Valencia / Guangzhou / Dalian / Nanjing / Hangzhou / Darmstadt / St. Louis / Santa Cruz / /

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Linde / TaKaRa / Agilent / Ross SA / Hilliard SA / Creative Commons / SPSS / Yuasa / Bio-Rad / Suzuki / Macmillan Publishers Limited / /

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Taiwan / Germany / United States / China / /

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Facility

Guangzhou Red Cross Hospital / Shantou University Medical College / Second Affiliated Hospital / Nan Fang Hospital / /

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IndustryTerm

sesame oil / ml/kg sesame oil / /

MedicalCondition

wider / complete secondary cleft palate / maternal hypervitaminosis A / non-syndromic cleft lip / cleft lip / cleft palate X Hu1 / Disease / retinoic acid-induced cleft palate / cleft palate / unilateral cleft lip / skin diseases / dehydration / /

Organization

Department of Plastic / Administration of RA / Shantou University Medical College / National Natural Science Foundation of China / Guangzhou Red Cross Hospital / Natural Science Foundation of Guangdong Province / Second Affiliated Hospital / Hospital Institutional Animal Care and Use Committee / Nan Fang Hospital / Department of Plastic and Burn Surgery / /

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Hong Shen / Jiang Rs / Zhenguo Chen / Chen Y. Rescue / /

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arrow head / Singer / PrimeScript RT / /

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Sigma / phenytoin / vitamin A / DV / /

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South Dakota / Guangdong Province / /

Technology

BMP / antibodies / Biotechnology / apoptosis / Cell Signaling Technology / gene expression / /

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