BIOMEDICAL ENGINEERING NEURO-ONCOLOGY SCAFFOLDING / Aflac Cancer Center / Georgia Institute of Technology / Emory Winship Cancer Institute / Eureka Moment SCAFFOLDING / National Cancer Institute / University of Washington / Pediatric Neurooncology Laboratory / /
IndustryTerm
chemical attack / topographical and chemical cues / imaging / Brain Tumor Treatment / chemical cues / /
MedicalCondition
metastasis / permanent cognitive impairment / direct moving tumor / brain stem gliomas / inoperable tumors / blood clots / medulloblastoma stem cells / common malignant brain tumor / brain tumor / brain tumors / tumor / pediatric brain tumors / cancer / tumors / disease / medulloblastoma cells / NOVEL BIOENGINEERING SOLUTION AIMED AT PEDIATRIC BRAIN TUMORS COULD SOMEDAY HELP ERADICATE ALMOST ANY KIND OF TUMOR / Medulloblastomas / medulloblastoma / stray cancer / /
MedicalTreatment
radiation therapy / chemotherapy / surgery / catheters / /
Movie
EUREKA / /
MusicAlbum
August / /
Organization
National Cancer Institute / University of Washington / National Institute of Health / Wallace H. Coulter Department of Biomedical Engineering / Blood Disorders Service / Emory University School of Medicine / Georgia Institute of Technology / Emory Winship Cancer Institute / Wallace H. Coulter Department of Biomedical Engineering at Georgia Institute of Technology / /
Person
Ravi Bellamkonda / Barun Brahma / Tracy-Ann Read / Jim Olson / Anjana Jain / /
Position
pediatric neurosurgeon / researcher / Lead investigator / professor of biomedical engineering / Professor of Neurosurgery / Vice President for Research / Associate Professor of Pediatrics / biomedical engineer / Director / Clinical Assistant / Director of the Neuro-oncology Program / /
BIOMEDICAL ENGINEERING NEURO-ONCOLOGY SCAFFOLDING 10 MICRONS THIN