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- 2007053013 alternative "Cell biology art and science with Maya and MEL".
- 2007053013 contributor B10812661.
- 2007053013 contributor B10812662.
- 2007053013 created "c2008.".
- 2007053013 date "2008".
- 2007053013 date "c2008.".
- 2007053013 dateCopyrighted "c2008.".
- 2007053013 description "Includes bibliographical references (p. 587-592) and index.".
- 2007053013 description "Introduction -- Computers and the organism -- Animating biology -- Maya basics -- Modeling geometry -- Animation -- Dynamics -- Shading -- Cameras -- Lighting -- Action! Maya rendering -- MEL scripting -- Data input/output -- Building a protein -- Self-assembly -- Modeling a mobile cell -- Growing an ECM scaffold -- Scaffold invasions : modeling 3D populations of mobile cells -- Conclusion : a new kind of seeing.".
- 2007053013 extent "xxv, 622 p. :".
- 2007053013 identifier "0123736552 (pbk. : alk. paper)".
- 2007053013 identifier "9780123736550 (pbk. : alk. paper)".
- 2007053013 identifier 2007053013.html.
- 2007053013 issued "2008".
- 2007053013 issued "c2008.".
- 2007053013 language "eng".
- 2007053013 publisher "Amsterdam ; Boston : Morgan Kaufmann/Elsevier,".
- 2007053013 subject "571.601/13 22".
- 2007053013 subject "Cells Programmed Instruction.".
- 2007053013 subject "Computational Biology Programmed Instruction.".
- 2007053013 subject "Computer animation.".
- 2007053013 subject "Computer graphics.".
- 2007053013 subject "Cytology Computer simulation.".
- 2007053013 subject "Maya (Computer file)".
- 2007053013 subject "Models, Biological Programmed Instruction.".
- 2007053013 subject "Motion Pictures as Topic Programmed Instruction.".
- 2007053013 subject "Programming Languages Programmed Instruction.".
- 2007053013 subject "QH585.5.D38 S52 2008".
- 2007053013 subject "QU 18.2 S532s 2008".
- 2007053013 subject "Three-dimensional display systems.".
- 2007053013 tableOfContents "Introduction -- Computers and the organism -- Animating biology -- Maya basics -- Modeling geometry -- Animation -- Dynamics -- Shading -- Cameras -- Lighting -- Action! Maya rendering -- MEL scripting -- Data input/output -- Building a protein -- Self-assembly -- Modeling a mobile cell -- Growing an ECM scaffold -- Scaffold invasions : modeling 3D populations of mobile cells -- Conclusion : a new kind of seeing.".
- 2007053013 title "Cell biology art and science with Maya and MEL".
- 2007053013 title "In silico : 3D animation and simulation of cell biology with Maya and MEL / Jason Sharpe, Charles John Lumsden, Nicholas Woolridge.".
- 2007053013 type "text".