ChemOffice Ultra 2008.v11

This ultimate chemistry suite includes
ChemBioDraw Ultra 11.0,
MestReC Std,
ChemScript Pro 11.0,
ChemBio3D Ultra 11.0,
Chem3D
GAMESS Pro 11.0,
ChemFinder Ultra 11.0,
E-Notebook Ultra 11.0,
ChemDraw/Excel and CombiChem/Excel
ChemDraw and Chem3D ActiveX Pro Plugins & Controls,
as well as the ChemINDEX (Index, RXN, NCI & AIDS) databases and a 1-year subscription to ePub. ChemOffice Ultra 2008 adds ChemFinder Ultra, CombiChem/Excel, Chem3D interfaces to the ChemOffice Pro 2008 suite. *(W = Windows Only)



This ultimate chemistry and biology drawing application delivers all of the industry leading drawing, publishing and analytical features in ChemDraw combined with the biology features in BioDraw, providing a complete solution for both chemical structure drawing and analysis and biological pathway drawing. ChemBioDraw Ultra Chemical structure analysis tools include 13C and 1H NMR prediction with peak splitting and highlighting, Struct<=>Name, ChemDraw/Excel, Stoichiometric analysis, ISIS/Draw mode, Property predictions Live-Linked to the structure, a Live-Linked Database Gateway, Fragmentation tools, a TLC plate drawing tool, 3D structures live-Linked to the 2D structure and more! ChemBioDraw also offers a number of customization options such as custom Nicknames, Templates, HotKeys and even newly added ChemBioDraw Themes. Biological pathway drawing elements include membranes, DNA, enzymes, receptors, and reaction arrows. tRNA, Ribosomes, Helix Proteins, Golgi Bodies, G-Proteins, Immunoglobins, Mitochondrion, new Freehand Pen Tool, Annotation, a Plasmid mapping tool and amino acid and DNA sequence tools are also included.


This ultimate application for desktop molecular modeling and state-of-the-art protein visualization is designed for both Chemists and Biologists. Visualize detailed 3D protein-ligand complexes and DNA structures using open GL graphics and stereo hardware and display and analyze Hydrogen bonds and partial surfaces. Build small molecules using the ChemDraw interface and see the 3D structure appear simultaneously, perform basic Molecular modeling computations such as Alignment, Dihedral driver MM2 experiments, Molecular Mechanics with support for MMFF94.and Dynamics. Perform ab initio and semi-empirical calculations, and predict and visualize NMR, IR and Raman spectra with interfaces to MOPAC, Jaguar GAMESS and Gaussian.



ChemFinder Ultra is the ultimate database management system for chemical structure and information databases. Browse, create, search, and update local or enterprise (Oracle) databases with structural, numeric, and text data via user-customizable forms, including structural, sub-structural, and 3D structural queries, as well as linking to related data in sub-forms. Calculate values for physical properties, view and edit structures in a variety of modes, automatically create databases and forms for imported data, export and print. Easily manage saved queries, access favorite databases, and view database structure via the dockable Explorer Window. New features include the ability to perform R-Group Analysis, read Graphic Files from the database, Python programming and improved Tautomeric searching. ChemFinder Ultra adds CS Oracle Cartridge support and 3D searching to ChemFinder Pro.


BioViz Pro is a rich toolkit for visualizing numeric data right in ChemFinder. Calculate and display structure activity relationships and statistical data, including histograms, scatter and logarithmic plots. Descriptive statistics include minimum, maximum, mean, median, standard deviation and more. Create Compound Profiles and visually compare and rank structures based on values of selected properties and the cost profile associated with each property. Now create plots within ChemFinder sub-forms!



Struct?Name contains the leading comprehensive methods for converting chemical structures into chemical names and names to structures. It can be used for many types of compounds, including charged compounds and salts, highly symmetric structures and many other types of inorganic and organometallics.


ChemDraw/Excel allows the user to create chemically knowledgeable spreadsheets within the familiar Microsoft Excel environment. You can build and manipulate chemical structures within Excel, compute chemical properties and perform database searches.


ChemNMR can be used to accurately estimate 13C and 1H (proton) chemical shifts. The molecule and the spectrum appear in a new window. The chemical shifts are displayed on the molecule and the spectrum is linked to the structure so that clicking on a peak in the spectrum highlights the related fragment on the molecule.



E-Notebook Ultra allows users to maintain configurable lab journals with pages from ChemDraw, Microsoft Word, Excel, PowerPoint and spectral software. Search by structure and text, Draw reactions in ChemDraw and stoichiometric calculations dependant upon the reaction and other entered parameters, Retain a complete Audit trail of experiments at each save, including username and timestamp, share prewritten protocols that automatically add data from experiments using AutoText.





ChemScript allows users to perform multiple calculations or manipulations on chemical structures in batch mode up to 10,000 operations per day. Enforce structure orientation, perform template-based normalization, salt-stripping, generate canonical codes (molecular fingerprints), perform file format conversions and more.


This premier ActiveX Control/Plugin allows you to query online databases and view & publish online structures. This installer will automatically install the necessary Plugin or ActiveX controls based on your web browser(s). It adds save and print abilities to ChemDraw ActiveX/Plugin Net.


This premier ActiveX Control/Plugin allows you to view & publish online structures in 3D. This installer will automatically install the necessary Plugin or ActiveX controls based on your web browser(s). It adds save and print abilities to Chem3D ActiveX/Plugin Net.


Chem3D Ultra provides a graphical interface to the GAMESS program for ab initio quantum chemistry. A variety of wavefunctions (RHF, ROHF, UHF, GVB, and MCSCF, CI and MP2 energy corrections) and basis sets are available. Users can also calculate vibrational frequencies and a variety of molecular properties, such as dipole moments, hyperpolarizabilities. GAMESS is maintained by the members of the Gordon research group at Iowa State University