Original author(s) | Christoph Steinbeck |
---|---|
Developer(s) | The CDK Project |
Initial release | 2000 |
Stable release | 3.3-1210 (September 24, 2012[±] | )
Repository | github |
Written in | Java |
Operating system | Windows, macOS, Linux, Unix |
Platform | Java SE |
Available in | English |
Type | Chemoinformatics |
License | LGPL |
Website | jchempaint |
JChemPaint is computer software, a molecule editor and file viewer for chemical structures using 2D computer graphics.[1] It is free and open-source software, released under a GNU Lesser General Public License (LGPL). It is written in Java and so can run on the operating systems Windows, macOS, Linux, and Unix. There is a standalone application (editor), and two varieties of applet (editor and viewer) that can be integrated into web pages.
JChemPaint was initiated by Christoph Steinbeck and is currently being developed as part of The Chemistry Development Kit (CDK), and a Standard Widget Toolkit (SWT) based JChemPaint application is being developed, as part of Bioclipse.
YouTube Encyclopedic
-
1/3Views:2 503315579
-
Bioclipse:"Open Source" Tutorial: Free software for molecular scientists, 3D chemical modeling
-
Introduction to NWChem: Input Preparation 1 [in Thai]
-
Introduction to GChemPaint - English
Transcription
Bioclipse: Free software for molecular scientists. Bioclipse is open source software that integrates separate programs into a single interface that lets you: edit two dimensional structures manipulate three dimensional models and predict molecular behavior Initially, the workbench is empty. After installing “sample data”, the “left navigator panel” will have files. Bioclipse can edit two dimensional structures using JChemPaint. From the left navigator panel, within the 2D structures folder: open “ATP dot mol” To” edit” the tri-phosphate bond to a di-phosphate bond, from the top tool bar, select the “eraser” and click to “erase” the terminal oxygen and phosphorus atoms. Other tools let you add bonds and create new structures. In addition to 2D structures, Bioclipse provides 3D modeling by integrating Jmol. From the left navigator's 3D structures folder, open “pentanal dot cml” To rotate the molecule, click and drag within the view panel To zoom in and out, scroll the middle mouse wheel. To measure a distance, double click () on one atom, then click () on a second atom. To measure an angle, click () a third atom. Jmol provides additional visualizations. From the left side navigator - PDB folder - open “one dee six six” dot PDB From the top Jmol menu, select “biopolymer” and “Cartoon on” Bioclipse provides additional functionality via plugins from the “Help () Software Updates” feature. For example, after installing Metaprint2D, you can predict metabolic sites. Open “ATP dot mol” and (in the upper tool bar) click the “Execute Metaprint2D” icon The highlighted atoms indicate that the “terminal phosphate bonds” are the most likely to be metabolized. Additional plug-ins address “toxicity” and (“partition coeffficients” to predict bodily drug distribution.) Bioclipse integrates JChemPaint and Jmol for two ... and three dimensional molecular structures... with additional plugins to predict behavior. Bioclipse: Free software for molecular scientists.
See also
References
- ^ JChemPaint - Using the Collaborative Forces of the Internet to Develop a Free Editor for 2D Chemical Structures, Stefan Krause, Egon Willighagen and Christoph Steinbeck, Molecules 2000, 5, 93-98, web version