Ann Arbor / Ulsan / Hoboken / Pasadena / New York / /
Company
CSC / Oxford University Press / Ambion Inc. / Elsevier B.V. / Creative Commons / Elsevier Press / Humana Press / John Wiley & Sons / /
Country
United States / South Korea / / /
Facility
difficult Scaffold / Carl A. Gerstacker Building / Scale bar / University of Michigan School / University of Michigan / The University of Michigan / University of Michigan Medical School / /
IndustryTerm
important tools / microfluidic device / carrier system / drug testing applications / rotary cell culture systems / carrier systems / spheroids-on-a-chip devices / cancer therapeutics / throughput systems / chemical gradients / delivery systems / microfluidic devices / spheroid technology / imaging / excellent model systems / improved delivery systems / invaluable tools / active pharmaceutical ingredient / drug delivery systems / added carrier / in vitro tool / microscale technologies / pharmaceutical carriers / subsequent media / v-bottom microwell-based device / reporter systems / carrier material / nano-technologies / possible solutions / important tool / carrier effectiveness / spheroid systems / scaffold technology / cancer imaging / throughput devices / /
MedicalCondition
glioma tumor / ovarian cancer / glioma cells / pancreatic cancer cells / primary human colon tumor / human tumor / anaplastic glioma / central necrosis / vivo tumors / breast tumor / tumor histoids / breast cancer / bulk tumor / tumor / vivo solid tumors / cancer / tumors / human neuroblastoma cells / J. Cancer / malignant glioma / true tumor / avascular human glioma tumor / murine tumor / Multicellular tumor / certain cancer / initiate xenograft tumors / invasive cancer / metastasis / avascular tumor / gliomas / hypoxic tumor / human breast cancer / Pancreatic cancer / BT20 cancer / cancers / necrosis / neuroblastoma spheroids / glial tumors / epithelial carcinoma cell line / solid tumor / mammary tumors / Cancer stem cells / actively proliferating tumor / intact / viable pancreatic tumor / breast cancer histoid / /
MedicalTreatment
radiotherapy / immunotherapy / drug delivery systems / drug targeting / drug carriers / chemo / radiation therapy / chemotherapy / gene therapy / radiotherapies / cancer therapeutics / Drug Therapy / dendrimers / /
Organization
Department of Macromolecular Science and Engineering / University of Michigan / Ann Arbor / Division of Nano-Bio and Chemical Engineering / University of Michigan / NRF-WCU / Coulter Foundation / FDA / Oxford University / Department of Radiology / Department of Biomedical Engineering / University of Michigan Medical School / Royal Society of Chemistry / National Aeronautics and Space Administration / United States Department of Periodontics & Oral Medicine / University of Michigan School of Dentistry / Department of Microbiology and Immunology / The University of Michigan / /
Person
Shuichi Takayama / J. Biomol / Gary D. Luker / Jacque Passino / Marylou Ingram / Amy Y. Hsiao / P.S. Silverstein / V / /
Position
multicellular spheroid model / representative / reporter / /
Microsoft Word Viewer - Revised Figures JCR Mehta et al.doc