Stanford University / Ullevål University Hospital / National Cancer Institute / /
IndustryTerm
breast cancer / tight cMYB+ tumor / red / tumor / cMYB+ tumor / Web tool / mathematical tool / visualization tool / /
MedicalCondition
T!m are!the disease / her2+ tumors / independent breast cancer / c-MYB+ breast cancer / Basal tumors / retinoblastoma tumour suppressor / original tumor / metastasis / B breast carcinomas / c-MYB+ tumor / very tight cMYB+ tumor / molecularly distinct unique breast cancer / Normal-like tumor / breast tumor / identified tumors / few tumors / breast cancer / cancers / tumor / breast cancers / additional long tumor / cancer / tumors / disease / top four tumors / breast tumors / identified breast cancer / diseases / cMYB+ tumor / ER+ tumor / Normal-like tumors / /
MedicalTreatment
mammoplasty / /
Organization
National Cancer Institute / National Science Foundation / Institute for Advanced Study / Department of Mathematics / Stanford University / Breast Cancer Foundation / Eurographics Association / /
Person
Gunnar Carlssona / Arnold J. Levineb / Arnold J. Levine / Monica Nicolaua / /
Topology based data analysis identifies a subgroup of breast cancers with a unique mutational profile and excellent survival Monica Nicolaua, Arnold J. Levineb,1, and Gunnar Carlssona,c a