Mobilizing EPA’s CompTox Chemistry Dashboard Data on Mobile Devices

Slides:



Advertisements
Similar presentations
The results for this search are displayed in the Summary format with a total of 3808 citations.
Advertisements

* * To use Internet Explorer 9 you need Windows® 7, but you can use Internet Explorer 8 on Windows® XP Fast Internet Explorer 9 harnesses the untapped.
IAEA International Atomic Energy Agency INIS Collection Search: Introduction and main features INIS Training Seminar 7-11 October 2013, Vienna Domenico.
1 Search Engines What is the Internet? The Web is only part of the Internet The Internet is a computer network connecting millions of computers.
XP New Perspectives on Microsoft Access 2002 Tutorial 71 Microsoft Access 2002 Tutorial 7 – Integrating Access With the Web and With Other Programs.
V | © OverDrive, Inc | Page 1 User Experience: Library eBooks for Kindle.
Tutorial Flipster for Mobile Devices support.ebsco.com.
Tutorial 1: Getting Started with Adobe Dreamweaver CS4.
OARE Module 6C: E-journal, E-books and Internet Resources: Environmental Gateways/Portals.
Water Quality Data, Maps, and Graphs Over the Web · Chemical concentrations in water, sediment, and aquatic organism tissues.
Secondary Technology Inservice 2015 Office 365 Overview.
Chapter 8 Browsing and Searching the Web. Browsing and Searching the Web FAQs: – What’s a Web page? – What’s a URL? – How does a browser work? – How do.
Searching the Chemical Literature: Reference Books and Online Resources Dr. Sheppard Chemistry 4401L.
ChemModLab: A Web-based Cheminformatics Modeling Laboratory S. Stanley Young + ECCR and ChemSpider Teams.
OARE Module 5A: Scopus (Elsevier). Table of Contents About Scopus (Elsevier) Using Scopus Search Page Results/Refine Search Pages Download, PDF, Export,
IAEA International Atomic Energy Agency INIS Collection Search: Introduction and main features The Role of the International Nuclear Information System.
PubChem: An Open Repository for Chemical Structure and Biological Activity Information Steve Bryant The NIH Biowulf Cluster: 10 Years of Scientific Supercomputing.
Reaxys Demonstration Search Chemistry 137 – Spring 2013 Grace Baysinger Head Librarian & Bibliographer, Swain Chemistry & Chemical Engineering Library.
© 2015 Adobe Systems Incorporated. All Rights Reserved. Adobe Confidential. About this Presentation  How to use this deck:  This is the Global Channel.
Reaxys – The Highlights. Slide 2 What is Reaxys? A brand new workflow solution for research chemists and scientists from related disciplines An extensive.
Structure verification and elucidation using the ChemSpider database Antony J Williams, Valery Tkachenko and Alexey Pshenichnov SERMACS, November 16 th.
Take Your Data Analysis and Reporting to the Next Level by Combining SAS Office Analytics, SAS Visual Analytics, and SAS Studio David Bailey Tim Beese.
Introduction to PubChem BioAssay
Scopus - Elsevier (Advanced Course Module 8)
OARE Module 5A: Scopus (Elsevier)
The Springer eBook Collection
Create Online Surveys for Free by Using Google Documents
Who is NCCT? National Center for Computational Toxicology – part of EPA’s Office of Research and Development Research driven by EPA’s Chemical Safety for.
The CompTox Chemistry Dashboard: an informational data hub at the
The KNIME workflow for automated processing of PHYSPROP data
Kamel Mansouri Chris Grulke Richard Judson Antony Williams
ODMAP Level 2 access.
OneNote.
US EPA’s CompTox Chemistry Dashboard
Microsoft Office 2010 Basics and the Internet
File Management in the Cloud
Microsoft Office 2010 Basics and the Internet
Objectives Create a folder in Google Drive.
Applying Royal Society of Chemistry Cheminformatics Skills to Support the PharmaSea Project Antony Williams, Alexey Pshenichnov, Valery Tkachenko, Ken.
Contents Module 6: E-journal, E-books and Internet Resources
User Awareness Program ‘Accessing Emerald’ Universitas Lancang Kuning
ODMAP Level 2 access.
What this activity will show you
Introduction to PubChem BioAssay
Microsoft Office Illustrated
Flipster for Mobile Devices
USING ADOBE ACROBAT READER DC
PubMed Database Interface (Basic Course Module 4 Part A)
Project Intro: Industry Developments Dashboard
Scopus - Elsevier (Advanced Course Module 8)
Overview of open resources to support automated structure verification
PubMed Database Interface (Basic Course Module 4 Part B)
Bibliography and reference manager programs, Endnote 2018 Attila Skulteti
Accessing and searching for journals and wider material
Using journals and accessing electronic journal articles
InChI Open Education Resource
SPO Demos to Business Value Discussion Pillar Mapping
Overview The World Wide Web has changed the way that people
Overview The World Wide Web has changed the way that people
Tutorial 7 – Integrating Access With the Web and With Other Programs
PubMed Database Interface (Basic Course: Module 4 Part A)
PubMed Database Interface Part A (Basic Course Module 4)
Microsoft Office Illustrated Fundamentals
Supporting science Elaine Longden-Chapman
PubMed/How to Search, Display, Download & (module 4.1)
Searching tools for each program
Tutorial Introduction to help.ebsco.com.
Scopus - Elsevier (Advanced Course: Module 8)
PLTW Terms PLTW Vocabulary Set #10.
PubMed/How to Search, Display, Download & (module 4.1)
Presentation transcript:

Mobilizing EPA’s CompTox Chemistry Dashboard Data on Mobile Devices 1Antony Williams*, 2Kirill Blinov, 3Andrew McEachran and 1Chris Grulke 1U.S. EPA, Office of Research and Development, National Center for Computational Toxicology (NCCT), Research Triangle Park, NC, 2Molecules Apps, OR and 3Oak Ridge Institute for Science and Education (ORISE) Participant, Research Triangle Park, NC, ACS Meeting, San Francisco April 2-6, 2017 ORCID: 0000-0002-2668-4821 Antony Williams l williams.antony@epa.gov l 919-541-1033 Project Description and Goals The CompTox Chemistry Dashboard The CompTox iOS Mobile App The SDF file associated with the dashboard was reformatted for display in the CompTox Mobile app for iOS: both iPhone and iPad. Problem: Browser-based access via the internet can be limiting in terms of having “always accessible” chemical datasets. How can the ~720,000 chemical structures available via the web-based CompTox Chemistry dashboard be made available on a mobile device? Is it possible to integrate additional capabilities to support structure identification above and beyond simply mass-and formula-based searching available on the dashboard. Goals: To deliver access to the chemical structure set associated with the CompTox Chemistry Dashboard on a mobile device and enhance the data using analytical spectroscopy parameters of value to support structure identification. The landing page for the dashboard is a simple text entry box allowing a type-ahead search for systematic, trade and trivial names, CAS Registry Numbers and InChIs. The chemical content contained within the application can be searched by Chemical Abstract Number (CASRN) and by chemical name substring. The hit list changes in real time as the name is entered, Dashboard Entry Page For those records with associated chemical structure representations various inherent properties (for example, formula and mass) as well as predicted physicochemical properties (logP, water solubility etc.) are provided. Name Search: Bisphenol A Since each chemical has an accurate “monoisotopic mass” associated searching by mass +/- an error always for quickly filtering down to a set of chemicals for browsing. The mass is for the neutral compound. Abstract Chemical Record Page: Atrazine The EPA’s National Center of Computational Toxicology (NCCT) CompTox Chemistry Dashboard provides access to chemistry data for about 750,000 chemical substances, ~720,000 of these are represented by chemical structures. The application is used to source data such as physicochemical property data, bioassay screening data, functional use, and product composition data. The dashboard allows flexible searches based on chemical names, CAS numbers and mass and formula to support non-targeted screening research for mass spectrometry. Since NCCT provides open data it is therefore available for reuse and redistribution in other forms of software. Free access to these data has resulted in the development of mobile applications supporting identifier and mass-based searching of the data. These software applications provide access to hundreds of thousands of chemical structures on an iOS mobile device (i.e. iPhone and iPad) to support compound identification. The CompTox Mobile app provides access to chemistry data via a chemical search on a handheld device and directly connects to the web-based dashboard. Where possible, links are provided to related Wikipedia articles. An associated mol file is available for download to the desktop, and a summary report containing record data can be provided as a PDF file. Mass Search: 300.156+/-0.005 A user can also search based on a list of carbon-13 NMR chemical shifts that performs a fast search based on looking for similar shifts within a 3 ppm binning window. The search is optimized and can search almost 100 million records in less than a second. Chemical Properties Panel The Toxicity Values tab provides access to data assembled from a public resources including EPA data (i.e. IRIS and PPRTV reports, ToxRef DB). Data can be downloaded as TSV and Excel files. C13 NMR Shift Search Combining a mass filter with a list of chemical shifts can result in suggested structures that can then be analyzed and confirmed further with additional analytical spectroscopy studies. Toxicity Values Panel Open Data Literature searching using integration to a series of online resources can be performed using the CASRN and chemical name. This includes Google Scholar, PubMed and PubChem patents. Large collections of the data accessed via the CompTox Chemistry dashboard can be downloaded and reused. The dashboard provides access to a number of identifier mapping files (e.g. CAS Number-Name-InChIKeys and to the SDF file used in this work. Data are available from http://comptox.ag.epa.gov/dashboard/downloads. Combined Mass/NMR Search Download the App The application is available on the App Store at: https://itunes.apple.com/us/app/comptox-mobile/id1179517689. Literature: Pubmed Abstract Sifter This presentation does not necessarily represent the views or policies of the U.S. Environmental Protection Agency.