Jmol colors legend6/26/2023 Z-Corporation 510 and 650 - Although many varieties of 3D Printing and Rapid Prototyping machines exist, the MSOE Center for BioMolecular Modeling relies mainly on two ZCorporation machines - the Z510 and the Z650. The model is then exported as a file that is recognized by a 3D printer Design software is then used to edit the features and format of the protein model Finally, the physical model is removed from the printer and put through the post production process. Every physical protein model design goes through four key steps: X,Y,Z coordinates in the form of a PDB file are the starting point of every protein model. At the end of this section, you should be familiar with how to use Jmol to create a physical protein model on a rapid prototyping machine, including: Section 3: Designing Models for 3D Printing 3-1 - What is 3D Printing? 3-2 - Selecting Appropriate Display Formats and Colors 3-3 - Adding and Removing Hydrogen Bonds and Disulfide Bonds 3-4 - Adding and Removing Support Struts 3-5 - Coloring Hydrogen Bonds, SS Bonds, and Struts 3-6 - Adding Sidechains with a “Clean Backbone" 3-7 - Additional Miscellaneous Jmol Commands 1 version 1.0 3-1 - What is 3D Printing? 3D Printing is a cutting-edge technology that can use stacked serial planes to build physical 3-dimensional models from any computer generated 3D file. As you become more comfortable using Jmol, this section will enable you to take the next step and design physical protein models. Version 1.0 Section III - Designing Models for 3D Printing Through this section of the Jmol Training Guide, you will become familiar with the commands needed to design a model that will be built on a 3D Printer.
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