PAG-I Plant Genome I Conference

Town & Country Conference Center, San Diego, CA, November, 1992.


PG-I: 61pg1

PLANT GENETICS INFORMATION ON STN INTERNATIONAL

Linda J. Carter and Bruce M. Benjamin. Chemical Abstracts Service, P.O. Box 3012, 2540 Olentangy River Road, Columbus, OH 43210.


Information on genome structure and function in plant systems is distributed among a massive number of journals, patents, monographs, electronic databases, and secondary information databases. STN International offers quick and convenient access to information of interest to plant molecular geneticists and biotechnologists including specific sources of plant bibliographic and biosequence structural information, via interactive online searches. STN International, the scientific and technical information network, is operated jointly by Chemical Abstracts Service (CAS) in North America; by FIZ Karlsruhe in Europe; and by the Japan Information Center of Science and Technology in Japan. As a network of more than 130 databases, STN International offers information on a broad range of scientific fields, including not only biology and biotechnology, but also engineering, thermodynamics, materials science, physics, and chemistry, etc. Access to plant genome publications is available from STN International through databases such as BIOSIS (all biological and life sciences), CA (all chemical and biochemical sciences, including published information in the areas of plant biochemistry and biotechnology, molecular genetics, and gene mapping), CABA (agriculture and related sciences), FETA (food science and technology), JICST-E (Japanese literature on chemistry, life sciences, medicine, and pharmacology), and EMBASE and MEDLINE (biomedical and pharmaceutical fields). All areas of plant science are covered in these related databases. The CAS REGISTRY database provides search and display access to over 11 million substances, including more than 200,000 protein and 100,000 nucleic acid sequence records covering both the patent and journal literature. CAS Registry Numbers offer convenient links between databases on STN, providing a simple connection to the researcher seeking comprehensive access to worldwide information about plant genome mapping and genetic engineering. A brief introduction to the diversity of plant genome information on STN will be presented, as well as examples of search strategies and descriptions of some of the available databases.


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