Genomics And Proteomics Abstracts As well, these high resolution maps will aid in assembling the that has no match inthe existing databases on the that this site is in the nuclear genome on a http://www.fgsc.net/fungalgenetics2001/genomicsabs.htm
Extractions: March 2001 Genomics and Proteomics Physical mapping and functional analysis of chromosome IV pericentric region in Aspergillus nidulans . Alexei Aleksenko and Michael Lynge Nielsen. BioCentrum, Technical University of Denmark, Bygn. 223, Lyngby 2800 Denmark Chromosome walk between genes methG, uvsB, hisA, gdhB and frA of A. nidulans produced two continuous segments of a physical map of chromosome IV covering 250kb and 160 kb. Integration of selectable markers into the chromosome targeted by unique cosmid fragments made it possible to establish that the two fragments flank the centromere, with the order of markers methG-uvsB-CEN-hisA-gdhB-frA . The gap in the physical map over the centromere itself was estimated to be between 70 kb and 250 kb. It was shown that the frequency of meiotic recombination in the vicinity of the centromere is strongly reduced. Pericentric fragnets contain highly repetitive AT-rich DNA and degenerated retrotransposons. Centromere-proximal DNA fragments were subcloned in circular and linear vectors, and their behavior in transformation was studied. Heterologous transposition in the phytopathogenic fungus Ustilago maydis using the Caenorhabditis elegans element Tc1.
Chickens Genetic Publications will be much more adaptable for use in computer databases, and will The AraucanaChicken The newest version of a chicken genome map gives GHANA agric News. http://www.antwifarms.com/chickengenetic.shtml
Extractions: The human locus and allele nomenclature outlined by Shows et al. (1987) will be adopted. Thus, present standard nomenclature will be converted to the new nomenclature and the new nomenclature used for naming any new identified genes. The new terminology will be much more adaptable for use in computer databases, and will appear as entered on non-graphics screens, except for italics. The Somes nomenclature should be directly convertible to the new nomenclature in many cases by the Resource Panel appointed by the Nomenclature Committee. All new names should be reviewed for duplication and standard nomenclature.
Issues In S And T, Summer 2001, Patenting Agriculture in an appellate case, Pioneer v. JEM agric. Foundation through the InternationalRice genome Sequence Working will be placed into public databases, and the http://www.issues.org/issues/17.4/p_barton.htm
Extractions: Patenting Agriculture An intense drive to patent agricultural biotechnologies may hurt those who would benefit most: people in developing countries. More than one million children die each year because of a chronic lack of vitamin A. Millions more suffer disease. Many of these children live in developing nations where rice is the main staple. To help solve this problem, scientists have genetically engineered a variety of rice that is rich in beta carotene, an important source of vitamin A. Dubbed golden rice because of its yellow color, it could help improve millions of lives in developing countries, as well as improve the nutrition of legions of people in developed countries. But a careful study shows that anyone wanting to produce golden rice might have to secure licenses for more than 30 groups of patents issued to separate entities. These research institutions are now facing increasingly pervasive ownership of intellectual property rights. Simply to conduct research, the centers must consider the risk of infringing patents. This is a situation in which the patent system has worked to encourage private research but has at the same time greatly complicated crucial applications of the new technology. The problem goes much further than the legal scope of patents. Universities in developed nations, such as U.S. land grant universities, which are so critical to healthy U.S. agriculture and which for decades have collaborated closely with CGIAR and developing world research institutions, are themselves pursuing intellectual property rights. As a result, they may refocus their research away from developing-world needs. Furthermore, out of fear of offending their developed-world donors, the international research institutions may be hesitant to use technologies patented by private firms in those nations, even though the technologies are unpatented in the developing nations.
Agriculture the Crop Science Society of America; Horticultural Glossary from the University ofConnecticut Plant Database; Plant genome Central Gene maps primarily for http://www.lib.uconn.edu/online/research/bysubject/agric.htm
Extractions: Covers all aspects of agriculture and allied disciplines, including animal and veterinary sciences, entomology, plant sciences, forestry, aquaculture and fisheries, farming and farming systems, agricultural economics, extension and education, food and human nutrition, and earth and environmental sciences. From 1970 on.
Extractions: Search for: Database: All Protein Ontology Mutant Literature Map Marker QTL Sequence Genome Browser BLAST SSR Search CMap ... Volume 10 Contents Li-Huang ZHU , Ying CHEN , Yuu-Bin XU , Ji-Chen XU , Hong-Wei CAI and Zhong-Zhuan LING 1) Institute of Genetics, Academia Sinica, Beijing, 100101 2) Agronomy Dept., Zhejiang Agric. University, Hangzhou, 310029 3) Agronomy Dept., Beijing Agric. University, Beijing, 100094 4) Institute of Crop Cultivation and Breeding, Chinese Academy of Agri. Sciences, Beijing, 100081 To construct a RFLP framework map of the DH population, the two parents were surveyed by 181 RFLP markers (provided by S.D. Tanksley) with eight restriction enzymes (EcoRI, EcoRV, HindIII, ScaI, XbaI, BamHI, BglII and DraI), and 171 markers showed polymorphism. All of the 8 isozyme markers examined in this cross also showed polymorphism. These results indicate that the polymorphism level is very high and a saturated genetic map can be con- structed from the segregating population derived from these parents. As the first step towards constructing a saturated map, 100 RFLP markers and 8 isozyme loci were scored on the DH population. Segregation data of genetic markers were analyzed, and a linkage map was constructed using MAP- MAKER software package developed by Lander et al. (1987). These 108 markers are distributed throughout the 12 chromosomes with mean map distance of 8.5 cM (Fig. 1). The number of markers on each chromosome ranges from three (chromosome 10) to 17 (chromosome 12). This map compares well with the latest RFLP map constructed in Tanksley's laboratory (personal communication) and lays down foundation for gene mapping with this DH population.
Mail Thread Index (0) Re Where is USDA zone maps?, Steve Prowten; 0) Subscription to Mailbase listecolagric, mailbase-admin; (0) Announcing New Plant genome Database CD-, Steve http://www.ibiblio.org/london/agriculture/links/1/threads.html
Extractions: Main Index no subject (file transmission) Adam Finkelstein no subject (file transmission) Adam Finkelstein Re: [l/m 10/6/92] FAQ on FAQs n.g.FAQ hartman No Subject No Subject No Subject No Subject ... Re: [l/m 10/6/92] FAQ on FAQs n.g.FAQ hartman Composing CD's S. A. Modena Rural Datafication GABRIEL HEGYES Not Just Cows by Wilfred Drew Public Gopher Account Call for Stories Reasons to Build the GABRIEL HEGYES Re: Product Label Database? Mark Tooley UNCED resources collection ngonet Judy Hallman INTERAG/International Ag. Database, Illi Gabriel Hegyes Cornell's CENET now available (fwd) Gabriel Hegyes Re: Sustainable Development Lists Larry London No Subject Steve Cisler New List: Indigenous Knowledge Preston Hardison Re: databases Gabriel Hegyes EPA on the Internet (GOPHER Server up) ( Gabriel Hegyes EPA on the Internet (GOPHER Server up) ( Gabriel Hegyes No Subject WHITE HOUSE HEALTH LIST ONLINE Steve Freedkin No Subject Larry London No Subject RFD: sci.agriculture (fwd) Tom Hodges (moderated newsgroup) sanet-mg Usage almanac-admin EPA Information (long and readable) JIM WHITTINGTON 404-347-2316 New Mailing groups for Soils and AgModel David B. Hannaway
MaizeGDB, The Community Database For Maize Genetics And Genomics For maps that are also present at Gramene (a and Coe,E. (1999) MaizeDB the maizegenome database. In Letovsky,SI (ed.), Bioinformatics databases and Systems. http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=308746
THE PLANT CELL ONLINE -- Devos And Gale 12 (5): 637 and physical mapscover most of the genome. Additionally, large homologs, especially when given incompletedatabases. The best BLAST of common wheat. Mo. agric. Exp. Stn. Res http://www.plantcell.org/cgi/content/full/12/5/637
Extractions: We present here preliminary key points of the European Commission's Framework V Programme which are of interest for plant biotechnology in the "Quality of Life" programme (please note that the numbering of key points in the final programme might differ) AMICA offers cluster formation and coordination Key actions included in this table: 1.1. Development of safe, flexible and new/or improved manufacturing processes and technologies No.3: The "Cell Factory" 3.1. New and innovative health-related processes and products 4.1. New and/or improved systems of production and exploitation in agriculture, fisheries and aquaculture, including the 7.1. Contribution to the determination and interpretation of the sequence of the human genome and key genomes relevant Key action page headings key words Links to biol. raw material for high quality food -better adapt to processing, consumer requirements (enhanced nutritional or organoleptic properties) -plants to produce vaccines, therapeutics, diagnostics Technologies for biological productions -plant based production systems for pharmaceutical substances -therapeutics by recombinant gen. meth. in plants
Plant Genome I Conference Maizedb is one of the prototypes for the development of the Plant genome Database(pgd) being derived by a network of prototype developers working in agric. http://www.intl-pag.org/1/abstracts/103pg1.html
Extractions: Edward H. Coe 1, Stanley Letovsky 2, Mary Polacco 3, Denis Hancock 3, Martin M. Sachs 4 and Mary Berlyn 5, 1 ARS, USDA, Agronomy Dept., University of Missouri, Columbia, MO 65211; 2 Letovsky Associates, New Haven, CT; 3 Dept. of Agronomy, University of Missouri, Columbia, MO; 4 ARS, USDA, UIUC, Urbana, IL; and 5 Yale University, New Haven, CT. Return to Previous Page or Intl-PAG Homepage
Plant Genome I Abstracts AATDB, AN ARABIDOPSIS THALIANA DATABASE J. Michael Cherry, Sam TO DEVELOP MOLECULARMARKER LINKAGE maps FOR THE OF RAPD FOR HIGH DENSITY genome MAPPING AND http://www.intl-pag.org/1/
Extractions: Plant Genome I, November 1992 GENE MAPPING ALGORITHM FOR GENE DISTANCES MEASURED WITH ERRORS. Fan H. Kung, Department of Forestry, Southern Illinois University, Carbondale, IL 62901-4411. MAPPING OF THE "RESTORATION OF FERTILITY" GENE FOR POL CYTOPLASMIC MALE STERILITY IN CANOLA. Martine Jean 1, Gregory G. Brown 1 and Benoit S. Landry 2,3. 1 Biology Department, McGill University, 1205 rue Docteur Penfield, Montreal, Quebec, Canada, HA 1B1, 2 Agriculture Canada, 430 boul. Gouin, St-Jean-sur-Richelieu, Quebec, Canada, J3B 3E6,3 IRBV, Montreal University, 4101 boul. Sherbrooke est, Montreal, Quebec, Canada, HIX 2B2. RFLP MAPPING OF QUANTITATIVE TRAIT LOCI FOR GRAIN PROTEIN CONTENT IN WHEAT. K.S. Aitken, P.L. Jack 1 and J. W. Snape, Cambridge Laboratory, Colney Lane, Norwich, 1 Plant Breeding International, Cambridge. INTROGRESSION OF USEFUL GERM PLASM FROM SOLANUM LYCOPERSICOIDES AND S. RICKII VIA ALIEN ADDITION AND INBRED BACKCROSS LINES. SATURATING THE LINKAGE MAP OF ARABIDOPSIS THALIANA WITH EMBRYONIC MUTATIONS. Linda Franzmann, Elizabeth Yoon, and David Meinke, Department of Botany,Oklahoma State University, Stillwater,OK 74078. MOLECULAR TECHNIQUES AND STATISTICAL ANALYSES FOR TYPING AND CHARACTERIZATION OF PLANT INTRASPECIFIC VARIATION.
Databases Records are derived from books, periodical articles, pamphlets, maps and musicrecordings. Global Newsbank, Hum, GOLDT Genomes OnLine Database, NSE, http://www.ais.up.ac.za/database.htm
Extractions: Number on computer indicates level where CD is available. Name of Database Availability Service Unit More info Years available ABC Political Science on Disc Hum The database provides access to citations and abstracts of journal articles appearing in ca 1000 political science journals 1975-present ABI/Inform Eco Information on advertising, marketing, economics, human resources, finance, taxation, computers and information on 60,000+ companies Academic Search Premier (Ebsco) Hum Mostly full text information Accounting and tax Eco Comprehensive coverage of accounting and tax topics appearing in key industry publications and newspapers. African Healthline Med AHA is the premier collection of bibliographic databases on African health issues. AHA offers access to a unique collection of sources including many from Africa and covering all aspects of African health issues. 1924-current African Studies Hum Provides access to multi-disciplinary information on Africa. Records are derived from books, periodical articles, pamphlets, maps and music recordings. Topics include politics, history, economics, business, mining, development, social issues, anthropology, literature, language, law, music etc.
Autres Sites d organismes indépendants. AGCare agric. GenomeWeb - PlantGenome databases; GrainGenes - A Database for Triticeae and Avena; http://www.plg.ulaval.ca/collinw3/divers/divers.html
Extractions: Centres ou initiatives de recherche CGIAR - Consultative Group on International Agricultural Research CIAT - Centro Internacional de Agricultura Tropical CIFOR - Centre For International Forestry Research CIMMYT - International Maize and Wheat Improvement Center ... Your Genes, Your Choices: Exploring the Issues Raised by Genetic Research
Extractions: ABSTRACT. We have constructed a bacterial artificial chromosome (BAC) library for a European honey bee strain using the cloning enzyme Hin filters. Screening of the library with four mapped honey bee genomic clones and two bee cDNA probes identified an average of 21 positive signals per probe, with a range of 7-38 positive signals per probe. An additional screening was performed with nine aphid gene fragments and one Drosophila gene fragment resulting in seven of the nine aphid probes and the Drosophila probe producing positive signals with a range of 1 to 122 positive signals per probe (average of 45). To evaluate the utility of the library for sequence tagged connector analysis, 1152 BAC clones were end sequenced in both forward and reverse directions, giving a total of 2061 successful reads of high quality. End sequences were queried against SWISS-PROT, insect genomic sequence GSS, insect EST, and insect transposable element databases. Results in spreadsheet format from these searches are publicly available at the Clemson University Genomics Institute (CUGI) website in a searchable format (
Untitled Document There are numerous reports, maps and links to the information page for the AgriculturalGenome World Wide on agriculture, with agricultural databases and other http://ces.iisc.ernet.in/hpg/envis/lkagri.htm
Grass Mapping Projects - North America of data to the central Triticeae genome Database organized by In SJ O Brien (ed.)Genetic maps 1992. a basic molecular understanding of genome organization and http://www.nal.usda.gov/pgdic/Map_proj/grass.html
Pine Mapping Projects - North America Dendrome, A genome Database for Forest Trees. to a number of researchers for genomemapping in Objective II Development of genetic maps based on molecular http://www.nal.usda.gov/pgdic/Map_proj/pine.html
Research Projects collections, a serious obstacle to generating genetic linkage maps. and tropical trees,using the small genome of papaya our research, see our reference database http://www.plantgenome.uga.edu/projects.htm
Extractions: Sorghum (Sorghum bicolor L. Moench.) is a leading cereal in arid and semi-arid agriculture, ranking fifth in importance among the worlds grain crops (Doggett 1988). Introduced into the US about 150 years ago, sorghum is grown on 10-14 million acres with a farm-gate value of $1.3-1.6 billion/yr. Sorghum is unusually tolerant of low input levels, essential in areas such as the US Southern Plains that receive too little rainfall for other grains. Increased demand for limited fresh water supplies, coupled with global climatic trends, suggest that dryland crops such as sorghum will be of growing importance. We have made the worlds most detailed molecular map of the sorghum genome, and applied the map to gaining better understanding of many traits important to domestication and improvement of sorghum. Some present activities include: Building a physical map of sorghum that is suitable as a framework for sequencing the sorghum genome Taking advantage of the small and well-characterized sorghum genome to better understand the genomes of more complex and less well-characterized grasses such as sugarcane, bermudagrass, and buffelgrass
