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Institute for Scientific

The WLN was applied to indexing the Chemical Structure Index (CSI) at the Institute for Scientific Information (ISI) [13] and the Ituiex Chemicus Registry System (ICRS) as well as the Crossbow System of Imperial Chemical Industries (ICl). With the introduction of connection tables in the Chemical Abstracts Service (CAS) in 1965 and the advent of molecular editors in the 1970s, which directly produced connection tables, the WLN lost its importance. [Pg.25]

SCISEARCH contains bibliographic citations (links) to publications in science and technology. The database represents the electronic online version of the expanded Science Citation Index (SCI) and parts from the Current Contents of the Institute for Scientific Information (ISI). More than 5900 science and technical journals are included in the database with more than 20 million records (October, 2002). Searches can be performed on the bibliographic data, along with where, and how often, an author or publication is dted. [Pg.241]

CS4JSI/SND. The Canadian Scientific Numeric Database Service (CAN/ SND) is provided by the Canada Institute for Scientific and Technical Information (ClSTl), a division of the National Research Council of Canada. It contains 140,000 ir spectra of 96,000 compounds. Entries consist of peak locations and some intensities. This system is searchable on-line using the SPIR (Search Program for Infrared Spectra) (85). Table 9 summarizes the available databases in the area of spectra. [Pg.122]

C. E. Granito, Institute for Scientific Information, and A. E. Petrarca, Ohio State University "Information Retrieval" in ECT3rd ed., Vol. 13, pp. 278—336, by M. H. Graham and L. Y. Stroumtsos, Exxon Research and Engineering Co., A. B. Lamy, Essochem Europe, Inc., and B. Lawrence, Exxon Corp. [Pg.132]

Citation Searching. In the scholarly Hterature, authors cite earHer pubHcations that relate to the work being reported, thus a subject relationship exists between the citing and cited Hterature. This relationship has formed the basis for the Science Citation Index and related products, developed by the Institute for Scientific Information. Known as Scisearch in its on-line version, the Science Citation Index has become an important information retrieval tool in the second half of the twentieth century. It has been used for straightforward subject searching, in which mode it complements traditional indexed databases and indexes. It has also become a popular tool for hihliometric studies of various sorts, such as attempts to measure the relative impact of research carried out by different individuals or organizations, or the relative impact of pubHcations in different journals. [Pg.58]

The Institute for Scientific Information (ISI), besides publishing Current Contents (p. 1611) and the Science Citation Index (p. 1637), also publishes Index Chemicus (formerly called Current Abstracts of Chemistry and Index Chemicus). This publication, begun in 1960 and appearing weekly, is devoted to printing structural formulas of all new compounds appearing in more than 100 journals, along with equations to show how they were synthesized and an author s summary of the work. Each issue contains five indexes author. [Pg.1622]

Institute for Scientific Information. Current Contents, [Internet]. URL http //www.isinet.com/isi/products/ cc, accessed 11-15-2000. [Pg.793]

This article is an English translation of a paper by Dr. Fabrizio Tonna, an Italian alchemist working with the Ars Regia Society and the International Institute for Scientific Research in Alchemy Spagyria. It was submitted by Dr. Frank Burton, a member of the Society"... [Pg.192]

CNR, Istituto per lo Studio dei Materiali Nanostrutturati and Institute for Scientific Methodology, Palermo, Italy... [Pg.196]

Institute for Scientific Information (ISI). (1986). Current Contents—Life Sciences. ISI, Philadelphia. [Pg.110]

If analytical methods are at the heart of biopharmaceutical development and manufacturing, then protein concentration methods are the workhorse assays. A time and motion study of the discovery, development, and manufacture of a protein-based product would probably confirm the most frequently performed assay to be protein concentration. In the 1940s Oliver H. Lowry developed the Lowry method while attempting to detect miniscule amounts of substances in blood. In 1951 his method was published in the Journal of Biological Chemistry. In 1996 the Institute for Scientific Information (ISI) reported that this article had been cited almost a quarter of a million times, making it the most cited research article in history. This statistic reveals the ubiquity of protein measurement assays and the resilience of an assay developed over 60 years ago. The Lowry method remains one of the most popular colorimetric protein assays in biopharmaceutical development, although many alternative assays now exist. [Pg.14]

If an organic synthesis system is to be of practical use to chemists, it must be set up to interface with large chemical databases such as the databases made available by ISI (the Institute for Scientific Information) and by Chemical Abstracts. We have started... [Pg.256]

Index to Scientific Reviews, Institute for Scientific Information, Philadelphia, 1975, 1976, and 1977 Semiannual. [Pg.3]

Wood, G.H., manager, CAN/SAN Scientific Numeric Databases, Canada Institute for Scientific and Technical Information, Ottawa, Canada. [Pg.484]

Current address Kuwait Institute for Scientific Research,... [Pg.409]

Canadian Institute for Scientific and Tech-nical Information ir 140,000 CAN/SND (vendor) ... [Pg.122]


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