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Jmol Virtual Molecular Model Kit

Molecular Editor

Start with: ethane ethene ethyne cyclohexane benzene NIH
Append: ethane ethene ethyne cyclohexane benzene NIH
Compare: duplicate compare   Query NIH: name smiles molfile
Model: move measure correct-H   optimize: Jmol NIH off
Atoms: ? In addition to atom click/replace actions, click/dragging between atoms will connect atoms. Click/dragging into empty space will extend a branch by adding the selected atom. C H N O S P F Cl Br X delete invert drag    fc: inc dec
Bonds: break single double triple increase rotate   picking: off
Utility: size zoomIn zoomOut reload erase
Problems: examples menu check endSession


Feedback Area & Script Command Field: Run Script

  

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Jmol Virtual Molecular Model Kit

Model Image Capture

Jmol 3D Capture | NIH 2D Capture


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Jmol Virtual Molecular Model Kit

Model Tools

  

Atom Colors: ; all atoms cpk
Style: wireframe; ball&stick; background color
Clean-up: erase; clear; reset; reload  Load New: menu
Surfaces: van der Waals; MEP (MM and MO files only)
MO: homo; lumo; previous; next (MO files only)
Useful Animation Scripts
   Cyclohexane Chair Flip | SN2 Walden Inversion
   Ethane C-C Rotation | Load 2 Square Planar CH4

Assembled Model Library Select Menus

MM Load MO Load

NIST Spectral Data for MM Models


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JME Structure Drawing Applet
Courtesy of Peter Ertl, Novartis

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Load Jmol | Load NIH | Depict | Compare | Email | Help


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Calculate Stoichiometry Expression


Save to: M1  M2 | Restore: M1   M2


Virtual Molecular Model Kit

Welcome to the ISU CheMagic USM O=CHem Virtual Molecular Model Kit. The model kit is designed to be used as a presentation tool and a resource for model kit experiments. The model kit has all the functionality of traditional teaching models and more. Models can be constructed using the Molecular Editor control panel. They can also be created by drawing 2D structures using the embedded JME Structure Drawing Applet, with subsequent 3D optimization and display in Jmol. The Model Tools control panel allows for further manipulation of models in the Jmol display window. Pre-assembled models, along with their spectral data, are also available from the Model Tools control panel. These control panels can be accessed from the following links:

View the Help Videos or load the UsersManual for detailed instructions.


Jmol: an open-source Java viewer for chemical structures in 3D
JME: courtesy of Peter Ertl, Novartis
NIH Chemical Identifier Resolver: NIH - NCI/CADD Group
ISU CheMagic: Otis Rothenberger, Illinois State University
USM O=CHem: Thomas Newton, University of Southern Maine