Bar Harbor / Whitehead Institute / West Virginia University Health Sciences Center / University Health Sciences Center / National Cancer Institute / Mary Babb Randolph Cancer Center / West Virginia University / Baylor College of Medicine / / /
IndustryTerm
distal binding site / therapy of metastatic disease / sample processing / treatment of HER2-positive breast cancer / fluorescence microscopic imaging / Statistical programming software / transcriptional start site / /
MedicalCondition
inflammatory breast cancer cell line / luminal tumors / mammary cancer / basal tumors / primary breast tumors / mouse model tumors / intrinsically aggressive breast cancers / spontaneous tumors / human tumor / human tumors / human HER2enriched breast cancer / metastatic disease / luminal and non-luminal tumors / different breast cancer / patients harboring tumors / primary human breast cancers / For HER2+ breast cancer / single breast tumor / serum starvation / patient breast tumors / breast cancer / tumor / negative breast cancer / cancer / tumors / HER2-enriched tumors / Neu tumors / mesenchymal subgroup tumors / overall mean tumor / human breast tumors / cultured tumor / breast tumors / HER2+ breast cancers / primary human breast tumors / HER2-amplified tumor / GEMM tumors / previously described breast cancer / HER2-positive breast cancer / breast cancer MK Farrugia1 / M6 breast cancer / Mouse breast tumors / myeloid cell leukemia / HER2+ tumors / hematological malignancies / HER2enriched tumors / anti-apoptotic factors myeloid cell leukemia / basal-like/claudin-low tumors / mouse mammary tumor virus promoter / predominantly luminal tumors / In breast cancer / MMTV-Neu tumors / HER2enriched breast cancer / luminal breast cancer / human breast cancer / different human breast cancer / primary tumors / mammary carcinoma / HER2+ cancers / Disease / normal breastlike tumors / mammary tumors / myeloid leukemia / basal-like tumors / HER2-enriched breast cancer / TAg tumors / B-cell lymphoma / mammary tumor / /
NaturalFeature
Charles River / /
Organization
Division of Biostatistics / BCL2 / Mary Babb Randolph Cancer Center / National Cancer Institute / 3The Mary Babb Randolph Cancer Center / Whitehead Institute / West Virginia University / Baylor College of Medicine / Houston / Department of Biochemistry / West Virginia University Health Sciences Center / Duncan Cancer Center / /
Person
Afsaneh Keyhani / Dan L Duncan / Robert A Weinberg / Roger Davis / Frederick / Jeffrey E Green / / /
Position
previously described translation reporter / *Corresponding author / The pMIR-Report-Luc-KLF4-FL translation reporter / Fisher / reporter / /
Regulation of anti-apoptotic signaling by Kruppel-like factors 4 and 5 mediates lapatinib resistance in breast cancer