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Database, creating

MDL Information Systems, Inc. MDL provides modular software systems for managing chemical information, as weU as related molecular and reaction databases for use with the software. MDL s database management programs, MACCS-II and REACCS, provide access to compound and reaction databases and also have the capabiHty to manage user-created databases (37). Although MDL is not considered to be an on-line database vendor, it is mentioned here because of the value of its information products and services to the chemical industry. [Pg.114]

Capture CIS includes many extra features, such as downloading parts from the Internet and choosing parts from a large company-created database. For this text, you should check the Capture CIS and the PSpice options. If you would like to use the Oread layout tool, you may also select the Layout option. However, the layout program is not discussed in this text. The minimum selections you need to choose are shown below ... [Pg.600]

A general problem in the development of perceptual measurement techniques is that one needs audio signals for which the subjective quality, when compared to a reference, is known. Creating databases of audio signals and their subjective quality is by no means trivial and many of the problems that are encountered in subjective testing have a direct relation to problems in perceptual measurement techniques. High correlations between objective and subjective results can only be obtained when the objective and subjective evaluation are closely related, In the next section some... [Pg.303]

Table 4 contains books related to chemical information and (more recently) informatics. Typical entries in this table include books describing the existence of various databases, books on how best to create databases and retrieve data from them, Internet guides, data visualization, lists of sources... [Pg.259]

Graphics-based Hiickel molecular orbital calculator of energies and orbitals of TT electrons. EnzymeKinetics for fitting Michaelis—Menten kinetics parameters. ESP (Experimental Section Processor) for organizing synthetic procedures in publication format. LabSystant for evaluating quantitative lab data. Diatomic Molecular Motion and Mechanics. PC-Mendeleev for studying periodic table. SynTree for creating database of reactions. TAPP (Thermodynamic and Physical Properties) database with physical and thermodynamic data on more than 10,000 compounds. PCs and Macintosh. [Pg.392]

Tel. 800-232-2224, 203-335-0906, fax 203-336-2481 Display and manipulation of 3D models using keyboard input. Molecular Animator for creating and displaying 3D models. Molecular Graphics for display and manipulation of atomic coordinate data. ChemFile II for creating databases of 2D chemical structures with associated text. PCs and Macintosh. [Pg.404]

Create databases and electronic communication facilities as necessary to promote the rational use of medicines. [Pg.1678]

Create Database Define Data Fieids Build Input Table/Form Read RDfile... [Pg.326]

In future, it will be indispensable to create databases for agricultural feedstocks and their side streams to document the range of variability in composition and quality. Such databases can be obtained through a long-term monitoring and documentation of raw materials from different origins. Furthermore, it is desirable if the bioprocess itself is not sensitive against a certain variabihty of the feedstock quality. [Pg.113]

In addition to 16S rDNA, the sequences of some housekeeping genes are also available. When the sequences of 16S rDNA between different species are identical, multUocus sequence analysis (MLSA), which targets other genes such as RNA polymerase and gyrase, is recommended [27]. However, this method requires further work to create databases with a sufficient number of sequences indeed, while information on 16S rRNA gene sequences is abundant, genetic information... [Pg.172]

In this section, we will leam to create a database and host it over the Internet. We create huge amounts of data, but if they are not stored properly, they might be lost. We have learnt some of the basic computing skills in the previous section here, we will use them and some other tools to create databases. In this section, we will leam to create a database using SQL commands and SQLyog (a MySQl GUI). [Pg.67]

Steps for creating database and tables using SQL are as follows ... [Pg.67]

Right-click on the tables icon within the newly created database... [Pg.69]

To start portal, run startup.bat at . The first time when the portal runs it will create database "IportaV with all the default tables. It takes on an average 2-3 min for the server to start up. The portal can be accessed at http //localhost 8080 or http //. [Pg.508]

Our plan was to create a prototype LAN system and demonstrate it in a public school using an earth science curriculum. A year-long formative experiment was completed in June, 1987. A LAN connected the 25 Apple lie computers in the school to a hard drive which allowed for central storage of data, text, and programs. The Bank Street Writer word processing program was enhanced with an electronic mail system. The Bank Street Filer was another basic tool which made it possible for students to create databases which could be accessed from any computer in the school [12]. [Pg.64]

On track to create database on advanced materials for water photolysis... [Pg.1176]

Fig. 4.2 Screening of a wastewater effluent sample by LC-QqTOF MS using the automatic screening method with the user-created database (a) total ion chromatogram (TIC) acquired in electrospray positive ion mode (-I-ESI) (b) database search results. The detected compounds with a score below 60 are marked in gray and the compounds which have no in-source fragments or characteristic isotope profile are highlighted in bold (Gomez et al. 2010, Fig. 4.1, with permission)... Fig. 4.2 Screening of a wastewater effluent sample by LC-QqTOF MS using the automatic screening method with the user-created database (a) total ion chromatogram (TIC) acquired in electrospray positive ion mode (-I-ESI) (b) database search results. The detected compounds with a score below 60 are marked in gray and the compounds which have no in-source fragments or characteristic isotope profile are highlighted in bold (Gomez et al. 2010, Fig. 4.1, with permission)...
Source drawn by author from created database. [Pg.9]

Most major urban utilities typically have several large-diameter pipelines of different ages, installed in soils of varying corrosivity, operated and pressurized to different levels, possibly overloaded and deteriorated to unknown levels. Many of the records about the pipelines in major urban areas are either difficult to find or lost over the years, and arc often not readily available. Proactive utilities are beginning to compile the data and create databases with basic pipeline information, for example, age, material, pipeline plan and profile drawings, etc., and potential consequences of pipe failure at various locations in the system. [Pg.3]


See other pages where Database, creating is mentioned: [Pg.192]    [Pg.135]    [Pg.551]    [Pg.32]    [Pg.405]    [Pg.116]    [Pg.743]    [Pg.708]    [Pg.400]    [Pg.467]    [Pg.67]    [Pg.69]    [Pg.69]    [Pg.254]    [Pg.277]    [Pg.480]    [Pg.4]    [Pg.586]    [Pg.332]    [Pg.2]    [Pg.537]    [Pg.56]   
See also in sourсe #XX -- [ Pg.138 ]




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