81. Federal-Provincial #00-175 - NEW PLANT GENETICS LAB IN SASKATOON - Government Ne April 6, 2000 NEW plant genetics LAB IN SASKATOON - Government of SaskatchewanNews Release. Federal-Provincial - 175. NEW plant genetics LAB IN SASKATOON. http://www.gov.sk.ca/newsrel/releases/2000/04/06-175.html

Legislative Building - Regina, Canada S4S 0B3 - (306) 787-6281 News Release April 6, 2000 Federal-Provincial - 175 NEW PLANT GENETICS LAB IN SASKATOON

82. Nature Publishing Group doi10.1038/82487 volume 26 no. 4 pp 385 386 Who owns plant genetics?These are exciting, not to say turbulent, times in plant genetics. http://www.nature.com/cgi-taf/DynaPage.taf?file=/ng/journal/v26/n4/full/ng1200_3

83. Nature Publishing Group plant genetics Knocking out nodules HERMAN P. SPAINK. email spaink@rulbim.leidenuniv.nl.plant genetics has had a great impact over the past 150 years. http://www.nature.com/cgi-taf/DynaPage.taf?file=/nature/journal/v402/n6758/full/

84. Graduate School Directories - Plant Breeding, Plant Genetics Directory of Plant Breeding, plant genetics graduate and postgraduate schoolprograms, including contact information, program descriptions and links to http://www.gradschools.com/listings/menus/PlantBreeding_menu.html

PLANT BREEDING PLANT GENETICS Graduate School Directories View Graduate Programs in: Programs in the United States Programs outside the United States Certificate Programs Or select other related directories here Botany (Plant Sciences) Horticulture Plant Pathology Plant Physiology Students: Register to be Recruited with Gradschools.com Interact with Other Students and Recruiters at GradSchoolFairs.com Graduate School Handbook Financial Aid Information ... Gradschools.com Bookstore Administrators: Add or Update Programs with General Listings Advertise Your Program With Gradschools.com Who we are Who advertises on the site ... Who visits the site Contact Us: Give us a Banner Contact Schools E-mail Webmaster@gradschools.com eduDirectories.com Info ... Employment with EDU, Inc.

85. Plant Breeding, Plant Genetics Graduate Programs In U.S.A. PLANT BREEDING plant genetics. Graduate Schools in the United States. DegreesOffered MS; Ph.D.; MPS(Agr.) Research Areasplant breeding; plant genetics. http://www.gradschools.com/listings/all/PlantBreeding.html

PLANT BREEDING PLANT GENETICS Graduate Schools in the United States Sponsoring Institutions: Clemson University Click here for information on becoming a sponsoring institution General Listings: Cornell University Plant Breeding 520 Bradfield Hall Ithaca, NY 14853 USA Click to send E-mail to: Phone: Students interested in crop improvement through breeding and the genetics of higher plants may choose plant breeding or plant genetics as an area of concentration. Research may involve studies of breeding methods; application of genetic principles to breeding; or studies of yield, quality, adaptability, and disease and insect resistance through the correlation of knowledge from such areas as physiology, biochemistry, and statistics. Students may also select research problems involving cell and tissue culture or molecular genetics. For an application, visit the Graduate School's website at Cornell University. Degrees Offered: M.S.; Ph.D.; M.P.S.(Agr.) Research Areas: plant breeding; plant genetics Michigan State University Department of Crop and Soil Sciences Crop and Soil Sciences 384F Plant and Soil Sciences Building East Lansing, MI 48824 U.S.A.

86. 6.10 Relate Plant Genetics To Reproduction And Improvement 6.10 Relate plant genetics to reproduction and improvement CMS Products03004P Ohio Agriscience Lesson Plans Computer Disks (Macintosh); http://www-cms.ag.ohio-state.edu/4DACTION/WEB_ShowIndividualCompetency/000000001

87. Plant Breeding & Plant Genetics Plant Breeding plant genetics. The Plant Breeding and plant genetics Programhas been designated a UWSystem Center of Excellence program. http://www.wisc.edu/pubs/home/archives/gopher/grad94/00000049.html

Created by goweb.build, 2000-02-29 13:09:56

88. Plant Breeding And Plant Genetics Plant Breeding and plant genetics. Designation Interdisciplinary program. MajorPlant Breeding and plant genetics. Degrees Offered MS, Ph.D. Other Ph.D. Minor. http://www.wisc.edu/grad/catalog/cals/plantbre.html

Plant Breeding and Plant Genetics Core Curriculum Ph.D. Minor Admission Criteria for Satisfactory Progress College: Agricultural and Life Sciences Designation: Interdisciplinary program Major: Plant Breeding and Plant Genetics Degrees Offered: M.S., Ph.D. Other: Ph.D. Minor Faculty: Professors Osborn (chair) (Agronomy), Amasino (Biochemistry), Bingham (Agronomy), Casler (Agronomy), Coors (Agronomy), Doebley (Genetics), Ellingboe (Plant Pathology), Goodman (Plant Pathology), Grau (Plant Pathology), Guries (Forest Ecology and Management), Hanneman (Horticulture), Havey (Horticulture), Helgeson (Plant Pathology), Kermicle (Genetics), Leong (Plant Pathology), Lower (Horticulture), Rouse (Plant Pathology), Simon (Horticulture), Spooner (Horticulture), Staub (Horticulture), Stimart (Horticulture), Sussman (Horticulture), Tracy (Agronomy), Triplett (Agronomy), Waller (Botany); Associate Professors Bamberg (Horticulture), Bent (Plant Pathology), Goldman (Horticulture), Jiang (Horticulture), Masson (Genetics), Neinhuis (Horticulture); Assistant Professors H. Kaeppler (Agronomy), S. Kaeppler (Agronomy), Patterson (Horticulture/Botany) The program leading to the master of science or the doctor of philosophy in plant breeding and plant genetics provides a broad exposure in the various disciplines involved in plant breeding and plant genetics and for specialization in a particular area of study.

89. SCIENTIFIC COUNCIL - Institute Of Plant Genetics - Polish Academy Of Sciences Prof. Janina Przybylska Institute of plant genetics, PAS, Poznan. Secretary Dr.Barbara Naganowska Institute of plant genetics, PAS, Poznan. Members Prof. http://www.igr.poznan.pl/en/council.htm

The Scientific Council Chairman: Prof. Stefan Malepszy Warsaw Agricultural University, Warszawa Vice-Chairmen: Prof. Wies³aw Prus-G³owacki Adam Mickiewicz University, Poznañ Prof. Janina Przybylska Institute of Plant Genetics, PAS, Poznañ Secretary: Dr. Barbara Naganowska Institute of Plant Genetics, PAS, Poznañ Members: Prof. Tadeusz Adamski Institute of Plant Genetics, PAS, Poznañ Prof. Andrzej Anio³ Institute of Plant Breeding and Acclimatization, Radzików Assoc. Prof. S³awomir Bartkowiak Institute of Plant Genetics, PAS, Poznañ Prof. Zbigniew Broda Agricultural University, Poznañ Prof. Tadeusz Caliñski Agricultural University, Poznañ Prof. Jerzy Che³kowski Institute of Plant Genetics, PAS, Poznañ Prof. Franciszek Dubert Institute of Plant Physiology, PAS, Kraków Assoc. Prof. Irena Frencel Institute of Plant Genetics, PAS, Poznañ Prof. Zbigniew Gertych Institute of Plant Physiology, PAS, Kraków Assoc. Prof. Andrzej Górny Institute of Plant Genetics, PAS, Poznañ Prof. Anna Jelinowska Institute of Soil Science and Plant Cultivation, Pu³awy Assoc. Prof. Stanis³aw Je¿owski

90. GENET 364, Plant Genetics, University Of Alberta GENET 364, plant genetics Home Printer Friendly. The relationship betweenmolecular or somatic cell genetics and plant breeding will be discussed. http://www.biology.ualberta.ca/courses/genet364/

Home Courses Undergraduate Graduate GENET 364, Plant Genetics > Home Printer Friendly Calendar Description *3 (fi 6) (second term, 3-1s-0). A survey of genetic phenomena unique to or characteristic of higher plants, with emphasis on explanation at the molecular level. The relationship between molecular or somatic cell genetics and plant breeding will be discussed. Prerequisite: GENET 270. This page contains a summary of information contained in the calendar. In case of discrepancy, the calendar is the final authority. Last Modified: 2002-08-15 Navigation Home Lecture B1, 2002/2003 Dr. Good Outline Lectures Readings ... Contact Us

91. View NSF Webcast Of News December 13, 2000. View NSF Webcast of Nature Press Conferenceon plant genetics Milestone. NSF Director Rita Colwell and AGI http://www.nsf.gov/od/lpa/news/press/00/plant_live.htm

Nature Press Conference on Plant Genetics Milestone (December 13, 2000) News - December 13, 2000 View NSF Webcast of Nature Press Conference on Plant Genetics Milestone NSF Director Rita Colwell and AGI researchers spoke at a Nature press conference at the National Press Club in Washington, DC on December 13, 2000. To see the webcast of the press conference, please select from one of the video formats below: Windows Media Player http://www.streampipe.com/asx/efx_nsf/press_conference.asx RealVideo http://www.streampipe.com/ram/efx_nsf/press_conference.ram This video requires the RealPlayer Plug-in. Click on the real player icon below to get your copy of the RealPlayer Plug-in. For more information, see: NSF press release Breaking the Code: Sequencing the Arabidopsis Genome (Video B-roll)

92. Class Outline: Advanced Plant Genetics Class Outline Advanced plant genetics. Instructor Tom Blake. During the past 10years plant genetics has changed more fundamentally than in the preceeding 50. http://hordeum.oscs.montana.edu/class/ps541int.html

Class Outline: Advanced Plant Genetics Instructor: Tom Blake Introduction: This is the sixth time I (Blake) have had the opportunity to teach this course. This is the third time the course will have been taught under the semester system, and the first in which it has contained a formal laboratory. During the past 10 years plant genetics has changed more fundamentally than in the preceeding 50. Our ability to manipulate plants and the genes which are responsible for their development has improved at a breathtaking pace. There are both positive and negative aspects to these developments. On the positive side, changes in technology make it reasonable to expect that any of us may develop plant genotypes with unique and valuable attributes. On the negative side, modern plant research is expensive. While plant breeders 30 years ago could have productive careers with a pair of forceps and a tractor, modern plant geneticists need access to laboratories with extensive (and expensive) laboratory equipment and enormous budgets for reagents. This has resulted in a net loss of jobs for plant breeder/geneticists and an increase in the level of competition for the few jobs currently available. It is my belief that the only reasons land grant colleges like Montana State University engage in research in the plant sciences are 1) to aid in the manipulation of our agricultural resources for the benefit of our state and national economies and 2) to train students to extend our manipulative abilities. While genetics is a lot of fun, the bottom line is still the financial health of our constituents. Whatever we do in plant genetics must be defensable in terms of economic gain for crop producers and improved value to consumers.

93. Department Of Plant Genetics And Breeding (of ARC, Ghent) Horticulture Research International. Department of plant genetics and Breeding(of ARC, Ghent) / Agricultural Research Centre, Ghent / Belgium http://www.hridir.org/countries/belgium/PROVCOUN/agricultural_research_centre_gh

HRIDIR Home FAQ ISHS Home ISHS Contact ... Search International Society for Horticultural Science Horticulture Research International Department of Plant Genetics and Breeding (of ARC, Ghent) Agricultural Research Centre, Ghent Belgium Address Caritasstraat 21 Town/City Melle POST/ZIP code Telephone No. Fax Number Email Address Web Address http://www.clo.fgov.be/dvp.htm Number of Qualified Staff Elevation 25 m Annual Rainfall 763 mm Hours of Sunshine 1521 h Monthly Radiant Energy KJ m-2 Total Radiant Energy KJ m-2 Commodity agricultural crops, horticultural crops Discipline genetics, genepool, breeding, biotechnology Staff: Van Bockstaele, E. De Loose, M. Samyn, G. Van Huylenbroeck, J. ... Everaert, I. Update data Update institute Department of Plant Genetics and Breeding (of ARC, Ghent) Remove institute Department of Plant Genetics and Breeding (of ARC, Ghent) Insert researcher URL www.hridir.org Hosted by K.U.Leuven ISHS

94. U Of M Agronomy And Plant Genetics Plant Tissue Culture Research at the University of Minnesota. Agronomyand plant genetics. Burle Gengenbach Maize Mark Galatowitsch http://plant-tc.coafes.umn.edu/apg.htm

Plant Tissue Culture Research at the University of Minnesota Agronomy and Plant Genetics Burle Gengenbach - Maize Kathleen Storey - Isolated first Maize type II callus - 1981 Gary Muehlbaur Shane Heinen - Lisa Ann Smith - Wheat Transformation Paula Olhoft - DNA Methylation in tissue cultures Howard Rines - Oat Kim Torbert - Oat Transformation Carol Vance - - Transformation of Medicago truncatula embryogenic cultures. Return to index Page Established: October 19, 1994 Last Modified: May 12, 1998 Page URL: http://www.agro.agri.umn.edu/plant-tc/agp.htm Send Comments to Page Coordinator: Mark W. Galatowitsch galat002@tc.umn.edu Return to top of page. The University of Minnesota is an equal opportunity educator and employer.

95. BS In PLANT GENETICS AND BREEDING (283936) Brigham Young University Major Academic Plan (MAP) BS in plant genetics AND BREEDING(283936) Department of Botany and Range Science For students entering the http://ar.byu.edu/dept_academ_advise/gemajor/02/mr/283936mr.html

Brigham Young University Major Academic Plan (MAP) BS in PLANT GENETICS AND BREEDING (283936) Department of Botany and Range Science For students entering the degree program during the 2002–2003 curricular year GE Requirement Suggested Sequence of Courses Discipline and Career Information MAJOR REQUIREMENTS (59.0 total hours) Only 5 hours of D credit in required supporting courses and no grades lower than C- in any botany or range science course will be accepted for graduation. Complete the following core courses: AgHrt 282 Intro Soil Science AgHrt 459 Plant Breeding Biol 100* Principles of Biology (section 150) Biol 371 Molecular Biology Biol 372 Genetics Botny 125 Plant Science Botny 373 Botny 374 Botny 440 Plant Physiology Botny 475 Evolutionary Sci Botny 485 Complete the following supporting courses: Chem 105* Gen College Chem Chem 106* Gen College Chem Chem 107 Gen College Chem Lab Chem 351 Organic Chemistry Chem 352 Organic Chemistry Math 119* Intro to Calculus Complete 12 hours from the following: AgHrt 205 World Food Crops AgHrt 283 Intro Soil Science Lab AgHrt 302 Plant Growth and Reproduction

96. Center Receives $1.2M From NSF To Study Plant Genetics FOR IMMEDIATE RELEASE Sept. 21, 2000. Hutchinson Center Receives $1.2Million From National Science Foundation to Study plant genetics. http://www.fhcrc.org/news/science/2000/09/21/tilling.htm

HOME News and Events News Special Events News Releases ... Media Relations Information CONTACT: Kristen Woodward kwoodwar@fhcrc.org FOR IMMEDIATE RELEASE Sept. 21, 2000 Hutchinson Center Receives $1.2 Million From National Science Foundation to Study Plant Genetics New strategy obtains useful genetic mutations in plants with no transgenic manipulations The Fred Hutchinson Cancer Research Center has received a $1.2 million first-year grant from the National Science Foundation to implement a new strategy for obtaining plants with desirable genetic mutations. The strategy, called TILLING, will be applied to genes of Arabidopsis thaliana , a small flowering member of the mustard family used as a model system for plant genetic studies. Using the TILLING method, researchers will induce and analyze mutations rapidly and on a large scale without introducing genetically modified material into the organism. Applying the TILLING strategy to agriculturally important plants may let scientists identify mutations that produce desirable changes, says project leader Steven Henikoff, Ph.D., a member of the Hutchinson Center's Basic Sciences Division. A Hutchinson Center graduate student in Henikoff's lab, Claire McCallum, developed the TILLING method. Collaborating on the project is co-investigator Luca Comai, Ph.D., an associate professor of botany at the University of Washington. Comai will provide plant molecular biology expertise and greenhouse space for the 10,000

97. Subject: Plant Genetics And Breeding Subject plant genetics and breeding. Subject Areas (70) Plant production(13) plant genetics and breeding (3). Number of records 3. http://diss-epsilon.slu.se/view/subjects/F30.html

EPSILON HOME ABOUT EPSILON CONTACT STYLESHEETS ... Help Subject: Plant genetics and breeding Subject Areas Plant production Plant genetics and breeding Number of records: Bohman, Svante (2001) Molecular studies of Arabidopsis and Brassica with focus on resistance to Leptosphaeria maculans . Department of Plant Biology, SLU. Broadening of mildew resistance in wheat ... . Department of Crop Science, SLU. This list was generated on Tue Mar 18 15:15:36 CET 2003

98. SER Logo Site Map About SER Joining Learning Meeting Reading Native plant genetics. Contents. What projects. Back to Native PlantGenetics Table of Contents Return to Seattle Conference Program. http://www.ser.org/abstracts.php?pg=m95-genetics

99. Thailand: His Majesty King Bhumibol Adulyadej's Golden Jubilee Home Page http://kanchanapisek.or.th/plants/

100. Plant Genetics plant genetics. We perform studies in functional genomics and homologous meioticrecombination in maize. Plant Transposable Elements as Tools for Functional http://waksman.rutgers.edu/Waks/AnnualReport02/Dooner.htm

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