GeneChem Corporation / Millipore Corporation / bl AG / IgG ra Ab / Olympus / Sigma-Aldrich / Macmillan Publishers Limited / /
Country
Japan / United States / China / / /
Facility
China Medical University / Key Laboratory of Medical Cell Biology / Affiliated Hospital / University of Cincinnati College / stable BAG3 / Laboratory of Cell Biology / / /
MarketIndex
TOP / /
MedicalCondition
viral infection / invasive cancer / metastasis / thyroid cancer FRO / melanoma / Carcinoma tumors / BAG3-knockdown thyroid cancer / epithelial thyroid cancer / glioblastoma / dissociation / leukemia / tumor / malignant tumors / localized primary tumors / Cancer / tumors / Disease / human cancer / tumor metastasis / carcinomas / common neoplasm / thyroid cancer / /
Organization
Kawasaki Medical School / Department of Biochemistry and Molecular Biology / 1st Affiliated Hospital / Nagasaki University Graduate School / China Medical University / Shenyang / Key Laboratory of Medical Cell Biology / Ministry of Public Health / and Key Laboratory of Medical Cell Biology / University of Cincinnati College of Medicine / European Union / Ministry of Education / /
Person
Junichi Kurebayashi / James A Fagin / Shunichi Yamashita / Capture Kit (Invitrogen) / / /
Knockdown of BAG3 induces epithelial–mesenchymal transition in thyroid cancer cells through ZEB1 activation