Dresden / Erbach / Downingtown / Pittsburgh / Wetzlar / Cleveland / Durham / San Jose / St. Louis / Rochester / Charlottesville / Minneapolis / Chicago / /
Company
Prior Scientific Inc. / MetaMorph Software / Millipore / Leica Microsystems GmbH / Chenn2 AB / Vincent Associates / BD Biosciences / IgG / Adobe / PeCon GmbH / Beckman Coulter / Pearson / Roper / 8Tissue Engineering Laboratories / Macmillan Publishers Limited / acquired using a Leica / /
Country
Germany / United States / / /
Event
Product Issues / FDA Phase / Product Recall / /
Facility
Scale bar / Cleveland Clinic / University of Virginia / Lerner Research Institute / National Institute of Neurological Disorders / SAS Institute / Duke University Medical Center / University of Pittsburgh Cancer Institute / / /
IndustryTerm
culture media / imaging / similar algorithm / oil immersion objective / cell division machinery / search algorithm / polygon tool / neurobasal media / time-lapse imaging / /
MedicalCondition
intracranial tumor / glioma stem cells / glioma cells / different gliomas / unsorted tumor / bulk tumor / xenograft dissociation / tumor / cancer / Tumors / IV tumors / Papain dissociation / human glioma specimens / tumorigenic stem-like cancer / glioma stem cell / Experimental Medicine Malignant gliomas / glioma / gliomas / bulk tumors / poorly defined tumor / efficiently formed tumors / EHS sarcoma / several central nervous system tumors / necrosis / glioma surgical tissues / glioma specimens / Disease / Intracranial tumors / Discussion Malignant gliomas / glioma stem cell division mode JD Lathia et al / aggressive tumors / Malignant gliomas / /
MedicalTreatment
radiation / Neurological Surgery / chemotherapy / /
Organization
World Health Organization / Northwestern University Medical School / Department of Pharmacology and Cancer Biology / National Institute of Neurological Disorders and Stroke / University of Virginia / University of Pittsburgh / Department of Stem Cell Biology and Regenerative Medicine / US Federal Reserve / Duke University Medical Center Institutional Review Board / National Institute of Health / Pittsburgh Cancer Institute / SAS Institute / Duke University Medical Center / Lerner Research Institute / /
Person
Aria II / Silver Spring / Pixel / / /
Position
linearly encoded controller / Representative / temperature controller / /
Distribution of CD133 reveals glioma stem cells self-renew through symmetric and asymmetric cell divisions