Comprehensive Chemoinformatics since Web-based, client/server, and toolkit approaches. Native Oracle (cartridge) and Microsoft technology.

Similar documents
Automatically track and update stoichiometry data for any user-defined chemical reactions. Sequence Tool

Leveraging Web GIS: An Introduction to the ArcGIS portal

Marvin. Sketching, viewing and predicting properties with Marvin - features, tips and tricks. Gyorgy Pirok. Solutions for Cheminformatics

Overview. Database Overview Chart Databases. And now, a Few Words About Searching. How Database Content is Delivered

Portal for ArcGIS: An Introduction. Catherine Hynes and Derek Law

Chemically Intelligent Experiment Data Management

ChemAxon Partner Session: Arxspan Overview

FROM MOLECULAR FORMULAS TO MARKUSH STRUCTURES

Methods for tautomer enumeration, -searching and -duplicate filtering

ChemBioDraw Today & Tomorrow. Mark L. Olson, PhD Vice-President, Software Development

Introduction to Portal for ArcGIS

Introduction to Portal for ArcGIS. Hao LEE November 12, 2015

The MDL Discovery Framework: Data and Application Integration in the Life Sciences

Portal for ArcGIS: An Introduction

Reaxys Pipeline Pilot Components Installation and User Guide

ArcGIS. for Server. Understanding our World

Data Mining in the Chemical Industry. Overview of presentation

The Changing Requirements for Informatics Systems During the Growth of a Collaborative Drug Discovery Service Company. Sally Rose BioFocus plc

Introduction to Chemoinformatics

Representation of molecular structures. Coutersy of Prof. João Aires-de-Sousa, University of Lisbon, Portugal

Ákos Tarcsay CHEMAXON SOLUTIONS

BIOVIA ENHANCED STEREOCHEMICAL REPRESENTATION WHITE PAPER

OF ALL THE CHEMISTRY RELATED SOFTWARE

Esri Overview for Mentor Protégé Program:

Standardized Representations of ELN Reactions for Categorization and Duplicate/Variation Identification

Tautomerism in chemical information management systems

Fast similarity searching making the virtual real. Stephen Pickett, GSK

Information Extraction from Chemical Images. Discovery Knowledge & Informatics April 24 th, Dr. Marc Zimmermann

Using GIS to Manage Worldwide Drilling Assets

What s New. August 2013

Farewell, PipelinePilot Migrating the Exquiron cheminformatics platform to KNIME and the ChemAxon technology

Bentley Map V8i (SELECTseries 3)

Contents 1 Open-Source Tools, Techniques, and Data in Chemoinformatics

Introduction to Chemoinformatics and Drug Discovery

Dock Ligands from a 2D Molecule Sketch

The File Geodatabase API. Craig Gillgrass Lance Shipman

Basic Techniques in Structure and Substructure

Bridging the Gap between Engineering and GIS

Introducing ArcGIS Engine

Introduction to ArcGIS Server - Creating and Using GIS Services. Mark Ho Instructor Washington, DC

Capturing Chemistry. What you see is what you get In the world of mechanism and chemical transformations

Design and implementation of a new meteorology geographic information system

ChemDraw 16.0 User Guide

Chem3D 17.0 User Guide

The Electronic Representation of Chemical Structures: beyond the low hanging fruit

Enabling Web GIS. Dal Hunter Jeff Shaner

Biologically Relevant Molecular Comparisons. Mark Mackey

Chemists are from Mars, Biologists from Venus. Originally published 7th November 2006

The File Geodatabase API. Dave Sousa, Lance Shipman

ESRI Survey Summit August Clint Brown Director of ESRI Software Products

Innovation. The Push and Pull at ESRI. September Kevin Daugherty Cadastral/Land Records Industry Solutions Manager

Aurora Costache, PhD. CHEMAXON PORTFOLIO WALK THROUGH From toolkits to end-user applications to deliver solutions

InChI/InChIKey vs. NCI/CADD Structure Identifiers: A comparison

Imagery and the Location-enabled Platform in State and Local Government

Using the File Geodatabase API. Lance Shipman David Sousa

Searching Substances in Reaxys

Virtual Libraries and Virtual Screening in Drug Discovery Processes using KNIME

ChemDraw 15.0 User Guide

PI SERVER 2012 Do. More. Faster. Now! Copyr i g h t 2012 O S Is o f t, L L C. 1

InChI keys as standard global identifiers in chemistry web services. Russ Hillard ACS, Salt Lake City March 2009

FORENSIC TOXICOLOGY SCREENING APPLICATION SOLUTION

Dictionary of ligands

Rapid Application Development using InforSense Open Workflow and Daylight Technologies Deliver Discovery Value

The Comprehensive Report

GIS Integration to Maximo

Windchill Quality Solutions 2011 (formerly Relex 2011) Curriculum Guide

December 2009 ArcGIS Server Functionality Matrix

Introduction. OntoChem

Bentley Map Advancing GIS for the World s Infrastructure

DiscoveryGate. One place for the answers you need. Chulalongkorn University, Thailand

Changes in Esri GIS, practical ways to be ready for the future

Developing CAS Products for Substructure Searching by Chemists. Linda Toler

Stoichiometry. Please take out your notebooks

Spatial Data Availability Energizes Florida s Citizens

ChemDraw 17.0 User Guide

ACIDS AND BASES 4/19/15. 1) Given the reactions:

#$% &'!&()&*&'(+(!"(",!%, (!(!!- &( '!&( '!&(& (! (!(!%-&!

Attack Graph Modeling and Generation

Arcgis Enterprise Performance And Scalability Best Practices

Test More, Test Faster, Test Continuously with HP Unified Functional Testing v January 29, 2015

Web GIS & ArcGIS Pro. Zena Pelletier Nick Popovich

Central and Federal Government SolutionS

A powerful site for all chemists CHOICE CRC Handbook of Chemistry and Physics

DRUG DISCOVERY TODAY ELN ELN. Chemistry. Biology. Known ligands. DBs. Generate chemistry ideas. Check chemical feasibility In-house.

Karsten Vennemann, Seattle. QGIS Workshop CUGOS Spring Fling 2015

Web GIS Deployment for Administrators. Vanessa Ramirez Solution Engineer, Natural Resources, Esri

Building innovative drug discovery alliances. Just in KNIME: Successful Process Driven Drug Discovery

Geodatabase Best Practices. Dave Crawford Erik Hoel

CSD. Unlock value from crystal structure information in the CSD

Geospatial Products V8i (SELECTseries 1)

Command-line tools of ChemAxon: tips and tricks

Overview of Geospatial Open Source Software which is Robust, Feature Rich and Standards Compliant

Development of a Web-Based GIS Management System for Agricultural Authorities in Iraq

POC via CHEMnetBASE for Identifying Unknowns

Assignment 1: Molecular Mechanics (PART 1 25 points)

October 2011 ArcGIS 10 for Server Functionality Matrix

Geog 469 GIS Workshop. Managing Enterprise GIS Geodatabases

Web GIS: Architectural Patterns and Practices. Shannon Kalisky Philip Heede

ArcGIS is Advancing. Both Contributing and Integrating many new Innovations. IoT. Smart Mapping. Smart Devices Advanced Analytics

Bentley Map Advancing GIS for the World s Infrastructure

Transcription:

CambridgeSoft Solutions CambridgeSoft Research Informatics Louis Culot Executive Director, Research Informatics Division

Informatics Overview ChemDraw since 1986. Comprehensive Chemoinformatics since 1998. Web-based, client/server, and toolkit approaches. Native Oracle (cartridge) and Microsoft technology. Experience in large-scale and worldwide deployments.

Application Advances Background. CS product line. Application overview. Application advances.

Application Advances Information Hubs. Compounds (Registration System). Assets (Inventory Manager). Intellectual Property (E-Notebook Enterprise). Experimental Results (BioAssay HTS). Registration Inventory E-Notebook BioAssay HTS ChemACX Merck Index Derwent, etc. Compounds Assets I.P. Experiment data

Application Advances Global Login Application Integration BioSAR Browser Registration Inventory E-Notebook BioAssay HTS ChemACX Merck Index Derwent, etc. Compounds Assets I.P. Experiment data

Application Advances ChemDraw ChemFinder/Cartridge Application APIs Global Login Application Integration BioSAR Browser Registration Inventory E-Notebook BioAssay HTS ChemACX Merck Index Derwent, etc. Compounds Assets I.P. Experiment data

Application Advances WebServer 2004 Core (all applications): Hit-list management (native Oracle): Basic list operations (union, intersect, subtract). Query management. Oracle Cartridge structure engine.

Application Advances

Application Advances Chemical Registration Row-level security. Improved SDFile export. Global login. Integration with Inventory Manager, BioAssay HTS, BioSAR.

Application Advances Inventory Reagents, Registered compounds, Plates. Tight integration with BioAssay HTS, ChemACX. Plate inventory XML plate reformatting. Maintenance of molar amounts and molar concentrations.

Application Advances Inventory (plate view)

Application Advances BioAssay HTS New Assay set up. Performance improvements (HTS). Advanced graphing. Assay templates.

Application Advances BioSAR Browser Flexible reporting. Improved performance. Improved GUI, form set up. In use with > 100 child tables. Oracle Cartridge allows for true chemical data integration.

Application Advances Oracle Cartridge Faster indexing. Support for nomenclature (CDXTONAME). Support for Linux, HP/UX, Solaris, IBM AIX, Windows. True 64-bit platform. New chemical intelligence features. Oracle 9iRAC and 10G support: Searches run in own thread space.

Application Advances BioSAR + Oracle Cartridge Use over ISIS, RS3, Daylight, dbs. [ISIS, RS3, Daylight, etc.] Replication Triggers BioSAR MolFiles, SMILES, CDX 1 MolFile 2 MolFile 3 MolFile 4 MolFile MolFile 1 MolFile 2 MolFile 3 MolFile 4 MolFile MolFile DB DB Source Source DB Source DB Source CS Cartridge

Application Advances E-Notebook Web deployments at select accounts. 21 CFR 11 support. Extensive configurability. Document transition/state configuration (e.g., signatures). Data migration from 7.0.x to Web ELN. Combinatorial chemistry enumeration. Stateless middle tier / scalability investment.

Application Advances 21 CFR 11 Audit Trail

Collaborative Development R&D Customer Collaborations Registration, Row-level security, E-Notebook (7), Inventory, Plate Inventory, BioAssay HTS, BioSAR Browser, ChemFinder/Oracle, Web E- Notebook 21 CFR 11. Project security using Oracle fine-grain access control.

Stereochemistry Stereochemistry Rules: Unspecified stereochemistry (a plain bond) may match any stereochemistry (either a wedged, hashed, or a plain bond) Specific bond types need not match as long as the overall stereochemistry at a given atom does match Implicit hydrogens are taken into consideration in both the query and the target if doing so helps to determine the chirality

Stereochemistry Stereochemistry Options: Match tetrahedral stereo Match double bond stereo Thick Bonds Represent Relative Stereochemistry Absolute Relative Stereochemistry

Stereochemistry Example: HO N H O OH With Match Tetrahedral Stereo enabled, a structure search for this structure: HO N H O OH H N OH Does not find HO O Does find H N OH HO O N H OH HO O HO O HO O N H OH N H H OH

Stereochemistry Example: With Match Double Bond Stereo enabled, a structure search for this structure: OH Cl OH Cl Does not find Does find OH OH OH

Stereochemistry Example: With match Thick Bond Represent Relative Stereochemistry enabled, a structure search for this structure: HO HO HO Does not find Does find Cl Cl HO Cl Cl

Nomenclature Name=Struct Name=Struct is a technology for converting systematic and common names into their corresponding chemical structures this technology is built in for use in all of the ChemOffice suite of products For Example: (1R)-1,7,7-Trimethylbicyclo[2.2.1]heptan-2-one oxime HO N H 2 N Phosphine, tris(3-aminophenyl),oxide P O H 2 N NH 2

Nomenclature Name=Struct For Example: 2-(N-ethoxybutyrimidoyl)-5-(2-ethoxythiopropyl)-3-hydroxy-2-cyclohexen-1-one OH O N S O O N 1,2-Bis(p-dimethylaminophenyl)-1,2-ethanedione N O O

Nomenclature Struct=Name Struct=Name is a technology for converting chemical structures into their common names this technology is built in for use in all of the ChemOffice suite of products For Example: S O Cl HO OH N (R)-1-methyl-4-(prop-1-en-2-yl)cyclohex-1-ene OH S 2-hydroxybutanedicarbothioic O,O-acid diphenylcarbamic chloride H 2 N O O O bicyclo[2.2.1]heptan-2-yl formate OH O m-tolyl 4-amino-2-hydroxybenzoate

Property Prediction Common properties (2D): HNMR, 13CNMR clogp Molar Refractivity Molecular Weight H-Bond donors H-Bond Acceptors Custom screening

Toolkits Oracle Cartridge Business-tier tools Client-side tools

Toolkits Oracle Cartridge Native Oracle Cartridge developed largely in C++. Oracle 8i, 9i, 32-bit and 64-bit. HP/UX, Solaris, Windows, Linux, IBM AIX. Chemical-format neutral: Supports CDX, SMILES, MolFile. Dynamically converts between formats. Nomenclature (Struct<->Name). Option to wire property predictions.

Toolkits Business-tier tools Substructure searching. Library enumeration. Property prediction. 2D->3D conversion. Nomenclature tools (struct=name)

Toolkits Client-side tools ChemDraw ChemDraw plug-in (Netscape, Macintosh clients) ChemDraw Active-X» IE clients» VB, C++ applications Chem3D Active-X ChemFinder» ChemFinder now support native Oracle Cartridge connections. E-Notebook Active-X

Thank You!!!

CambridgeSoft Solutions CambridgeSoft Research Informatics