Carlsbad / Natick / Philadelphia / West Chester / MCF / St. Louis / Tempe / Marlborough / Fairhaven / Phoenix / Manassas / Hatfield / /
Company
Reno NV / Sigma Aldrich / Corning / Fisher Scientific / VisionGate Inc. / Marella NV / New England Journal / Creative Commons / /
Country
United States / / /
Facility
Hope National Medical Center / Biodesign Institute / University of California / Translational Genomics Research Institute / Arizona State University / National Cancer Institute / Beckman Research Institute / /
IndustryTerm
tomographic imaging / objective tool / imaging / energy / trained operator / contour-based segmentation algorithm / 3D cell imaging modalities / carrier gel / 3D imaging / reagents/materials/analysis tools / cancer cell line model systems / micro-optical computed tomographic imaging / reconstruction algorithms / automated 3D image processing algorithms / eosin solutions / immortalized cell culture model systems / high resolution 3D imaging / diagnostic tool / /
MedicalCondition
DCIS / fibrocystic disease / ductal carcinoma / ductal breast cancer / Breast tumor / breast cancer / adenocarcinoma / tumor / metastatic adenocarcinoma / malignant tumors / functionally distinct cancer / subsequent breast cancer / cancer / metastatic carcinoma / Introduction Breast cancer / BMC cancer / tissues tumors / Immortalized cancer / pleural effusions / carcinoma / extensive fibrocystic disease / human breast cancer / breast carcinoma / cancers / common cancer / low-and highgrade tumors / epithelial tumors / lung cancer / pleural effusion / every important mechanism underlying cancer / invasive ductal breast cancer / invasive breast carcinoma / highly heterogeneous disease / metastatic adenocarcinoma cells Figure 3A / premature cancer / /
MedicalTreatment
mastectomy / chemoprevention / imagery / /
NaturalFeature
Bay BH / /
Organization
Hope National Medical Center / School of Life Sciences / Society for Industrial and Applied Mathematics / Biodesign Institute / Center for Biosignatures Discovery Automation / International Academy of Cytology / American Society of Cytology / University of California / San Francisco / National Cancer Institute Center for Convergence of Physical Science and Cancer Biology / National Cancer Institute / Clinical Translational Research Division / Translational Genomics Research Institute / Beckman Research Institute / Nuclear / Department of Physics / National Academy of Sciences / Arizona State University / /
Person
Joseph Najbauer / Miranda Slaydon / Clifton Park / Van Diest / Paul Davies / Thea Tlsty / Florence Patten / Alan Nelson / Silva V / Roger Johnson / / /
Position
original author / Author / representative / Editor / /
Journal of Biology / The Breast Journal / Proceedings of the National Academy of Sciences / Optics Express / New England Journal of Medicine / Nature Reviews Cancer / PLoS ONE / the PLoS ONE / /
Isotropic 3D Nuclear Morphometry of Normal, Fibrocystic and Malignant Breast Epithelial Cells Reveals New Structural Alterations Vivek Nandakumar1,2, Laimonas Kelbauskas2, Kathryn F. Hernandez2,3, Kelly M. Lintecum2,3, P