Google / BioMed Central Ltd. / Corvus / John Wiley & Sons / Creative Commons / /
Country
United Kingdom / China / /
Currency
pence / / /
Facility
Fudan University Zhongshan Hospital / /
IndustryTerm
semantic web framework / clinical applications / Medical imaging / throughout technologies / protein network / cancer therapy / Web technology / integrative tool / molecular networks / regulatory networks / imaging / computational tools / breast cancer treatment / omics-based technology / disease-specific networks / nuclear magnetic resonance imaging / information technology / bioinformatics tools / Disease-perturbed molecular networks / disease-perturbed networks / online submission / /
MedicalCondition
clinical breast cancer / metastasis / lung diseases / inflammatory mediators / biomarkers Cancer / plasma inflammatory biomarkers / melanoma / human diseases / each patient’s tumor / head and neck cancer / MS / head cancers / breast cancer / unknown cancer / computational cancer / cancers / leukemia / tumor / both breast cancer / Cancer / disease / human hepatic cellular carcinoma / human cancer / tumour / together fighting cancer / methodologies Cancer / liver cancer / diseases / Systems cancer / BMC Cancer / neck cancers / EDITORIAL Open Access Cancer / metastases / precision medicine Systems cancer / /
MedicalTreatment
renal transplantation / anti-cancer therapy / /
Organization
Department of Pulmonary Medicine / Fudan University Zhongshan Hospital / /
Person
Heath JR / Gene Ontology / Sylvia Nagl / /
Position
physician / author / dynamic model for tumour growth and metastasis formation / 3BMC Bioinformatics Executive Editor / /
ProgrammingLanguage
R / /
Technology
proteomics / Bioinformatics / data warehouse / information technology / tomography / transplantation / high-throughout technologies / omics-based technology / magnetic resonance imaging / Semantic Web technology / treating cancer / Medical imaging / /
SCOWLP update: 3D classification of protein-protein, -peptide, -saccharide and -nucleic acid interactions, and structure-based binding inferences across folds