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Scientific modeling / Systems biology / Computational science / Carcinogenesis / Multiscale modeling / Agent-based model / Scientific modelling / Cell signaling / Molecular dynamics / Science / Medicine / Biology


Thomas S. Deisboeck et al.: Multiscale Cancer Modeling Preprint notes: This is a preprint of an article in review by Annual Review of Biomedical Engineering. The preprint is posted in full accordance of the journal’s c
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Document Date: 2013-12-07 13:44:13


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City

Charlestown / /

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Facility

Massachusetts General Hospital / University of Dundee / University of New Mexico / /

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IndustryTerm

larger-scale systems / biological systems / conventional clinical imaging modalities / chemical / chemicals / scientific computing / /

MedicalCondition

study cancer / cancers / tumor / INTRODUCTION Cancer / cancer / tumors / disease / metastasis / carcinogenesis / larger-scale volumetric tumor / discrete-based cancer / overall tumor / complex tumor / heterogeneous tumor / quantitative cancer / discrete cancer / diseases / particular cancer / silico cancer / gross tumor / nonlinear cancer / computational cancer / multiscale cancer / /

Organization

Harvard Medical School / Division of Mathematics / Department of Pathology / MIT / Harvard / University of New Mexico / Massachusetts General Hospital / University of Dundee / Athinoula A. Martinos Center for Biomedical Imaging Massachusetts General Hospital / Athinoula A. Martinos Center for Biomedical Imaging / /

Person

Thomas S. Deisboeck / Paul Macklin / /

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Position

representative / Corresponding Author / /

ProvinceOrState

Massachusetts / /

PublishedMedium

Annual Review of Biomedical Engineering / /

Technology

Cell signaling / simulation / apoptosis / /

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