Rochester / Piscataway / Houston / Minneapolis / Louis / Lowell / San Diego / San Jose / St. Louis / /
Company
IgG / Caliper Life Sciences / Tree Star Inc. / CCL5 / BD Biosciences / Corning / Marian C. Falk Medical Research Trust / /
Country
United States / / /
Event
FDA Phase / /
Facility
Wayne State University / Stanford University / University of Toronto / Thomas Jefferson University / Kimmel Cancer Center Bioimaging Facility / / /
IndustryTerm
in vivo bioluminescence imaging / imaging / therapy for basal breast cancer / treatment of the disease / /
MedicalCondition
non-enzymatic cell dissociation / malignant breast tumors / murine mammary cancer / DF / basal tumors / basal-like breast cancer / HIV / early breast cancers / metastasis / individual breast cancer / starvation / pulmonary metastasis / inflammatory cells / B tumors / reduced tumor / human breast cancer / breast cancer / Cancer metastasis / tumor / basallike breast cancer / female NOD/SCID / cancer / tumors / disease / genetic tumor / pulmonary tumors / human cancer / distant metastatic disease / basal breast cancer / INTRODUCTION Breast cancer / canonical breast cancer / inflammation / established metastasis / metastases / basal breast tumors / basal breast cancers / /
Kimmel Cancer Center / National Institute of Health / Wayne State University / Kimmel Cancer Center Department of Cancer Biology Thomas Jefferson University Room / School of Medicine / Margaret Q. Landenberger Research Foundation / Stanford University / Thomas Jefferson University / Philadelphia / FDA / Universidad Nacional Autónoma / American Association for Cancer Research / Department of Health / University of Toronto / /
Person
Sanjiv S. Gambhir / Marco Velasco-Velázquez / Eleanor Fish / Sakura Finetek / Velasco-Velázquez Departamento de Farmacología / Stephen Ethier / Ralph / Richard G. Pestell Kimmel / / /
Author Manuscript Published OnlineFirst on May 25, 2012; DOI: [removed].CAN[removed]Author manuscripts have been peer reviewed and accepted for publication but have not yet been edited. CCR5 ANTAGONIST BLOCKS MET