= "Developing Multi–Scale, Multi–Cell Biological Simulations with CompuCell3D and SBW" = === CompuCell3D Workshop Resources === ==== Why biomedical modeling matters (or will matter in the future) ==== [[http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3268976/|Article discussing analogies between computer-based airplane and drug designs]] ==== Manuals ==== * CompuCell3D 3.6.0 Quick Start Guide [[BinDoc/cc3d_binaries/Manuals/compucell3d_quickstartguide_1.5.pdf|Download]] * Introduction To CompuCell3D 3.6.2 [[BinDoc/cc3d_binaries/Manuals/Introduction_To_CompuCell3D_v.3.6.2.pdf|Download]] * CompuCell3D 3.7.2 Reference Manual [[BinDoc/cc3d_binaries/Manuals/CompuCell3D_Reference_Manual_v.3.7.2.pdf|Download]] * Python Scripting Manual for CompuCell3D 3.7.2 [[BinDoc/cc3d_binaries/Manuals/PythonScriptingManual_v.3.7.2.pdf|Download]] ==== Presentations ==== * [[BinDoc/cc3d_binaries/Presentations/Introduction_To_CompuCell/CompuCell_intro_2014_Hamner.ppt|Introduction to CompuCell3D - PPTX]] | [[BinDoc/cc3d_binaries/Presentations/Introduction_To_CompuCell/CompuCell_intro_2014_Hamner.pdf|PDF]] * [[BinDoc/cc3d_binaries/Presentations/Introduction_To_CompuCell/PythonScriptingInCompuCell_2014_Hamner.ppt|Python Scripting in CompuCell3D - PPTX]] | [[BinDoc/cc3d_binaries/Presentations/Introduction_To_CompuCell/PythonScriptingInCompuCell_2014_Hamner.pdf|PDF]] * [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/RDU August 2014 Part I.pptx|James Glazier Introduction To Modeling - PPTX]] | [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/RDU August 2014 Part I.pdf|PDF]] * [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/RDU August 2014 Part II.pptx|James Glazier Introduction To Modeling - PPTX]] | [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/RDU August 2014 Part II.pdf|PDF]] * [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/CompuCell3D talk.pptx|Iona Tough Modeling Immune System Response In Cancer - PPTX]] * [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/CompuCell3D Presentation_MichelleChen.pptx|Michelle Chen Modeling Modelling Cancer Stem Cells In CC3D - preliminary - PPTX]] * [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/SudinsPresentation/LiverLobuleModel_hex.pptx|Sudin Bhattacharya Modeling Liver Lobule- PPTX]] * [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/SudinsPresentation/inVitroModelPBC_EPA_presn_07-10-14.pptx|Sudin Bhattacharya Modeling Cell Cultures - PPTX]] * [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/Julio/MultiScaleModelingWithCC3D-SBML.pptx|Julio Belmonte CC3D SBML Tutorial PPTX]] | [[BinDoc/cc3d_binaries/Presentations/ContributedTalks/Julio/MultiScaleModelingWithCC3D-SBML.pdf|PDF]] ==== Simulations ==== * [[attachment:DiffusionChemotaxExample.zip|Cells chasing each other]] * [[attachment:Vascular_1.zip|Formation of vascular pattern]] * [[attachment:VascularTumor_2D.zip|Simple Vascularized Tumor Simulation in 2D]] ==== Helper Files ==== * [[attachment:mySBMLmodel.xml|Helper SBML model used during SBML/CC3D training session]] === 10th User Training Workshop, Aug 11th – August 16th 2014, at the Hamner Institute for Health Sciences, Research Triangle Park, North Carolina === We are pleased to announce our annual week-long workshop, teaching multiscale and multicell tissue modeling using the open–source CompuCell3D and Systems Biology Workbench programs. This year the workshop will be hosted at the Hamner Institute in the Research Triangle Park, North Carolina, between Aug 11th and August 16th 2014. Please help us spread the word by posting the attached poster and letting any of your colleagues who are interested in building tissue models of development, homeostasis, toxicity or developmental diseases like cancer. ===== Goal: ===== By the end of the one week course, participants will have implemented a basic simulation of the particular biological problem they work on. Post-course support and collaboration will be available to continue simulation development. ===== Topics: ===== Introduction to Reaction-Kinetics (RK) models. Introduction to SBW, Simulation, Network design tools and SBML. Introduction to GGH modeling. Applications of GGH modeling. Introduction to CompuCell3D. Python scripting. Basics of model building. Extending CompuCell3D. Building a basic simulation of your system. ==== Application and Registration: ==== Enrollment is limited and by application only. To apply, please send a c.v., a brief statement describing your current research interests and the specific problem you would like to model. Students and postdocs should also include a letter of support from their current advisor. A very limited amount of travel support may be available for student and postdoctoral participants. If travel support is being requested, please include a statement documenting need and amounts requested. Please submit all application materials electronically to Maciej Swat by June 10st, 2014. === Agenda: === '''IMPORTANT:''' To ensure that all participants are fairly proficient with Python we will offer a half-day Python course on Sunday Aug 10th 2014 (a day before the official workshop begins). Please feel free to join us for this pre-workshop event. If you have additional questions please contact Maciej Swat ( mswat@indiana.edu ) [[attachment:Agenda.pdf|Tentative Agenda]] === Workshop Poster === [[attachment:WorkshopPoster_2014_JAG_v2.pdf|{{attachment:PosterImage_v2.jpg|Workshop Poster|width="200"}}]] === Workshop Resources === Map of Hamner Institutes For Health Sciences [[attachment:HamnerDirections.pdf|Hamner Directions and Map]] Customized directions to Hamner Institutes For Health Sciences http://www.thehamner.org/contact-us/ === SBW Part Of The Workshop === [[http://tellurium.analogmachine.org/epa-course/|SBW Part Of The Workshop]]