41. International Experts To Present At Plant Genetics 2003 has invited more than 20 international experts to speak during seven scientific symposiaat its first specialist conference plant genetics 2003, Mechanisms of http://www.eurekalert.org/pub_releases/2003-02/asop-iet020703.php

Public release date: 7-Feb-2003 Contact: Susan Rosenberry chambers@aspb.org American Society of Plant Biologists International experts to present at Plant Genetics 2003 "We are bringing together speakers working on different organisms, and on different aspects and approaches to the problem, with the aim of achieving a synthesis of understanding to stimulate discussion and further research," says conference chair Venkatesan Sundaresan, University of California, Davis. Each symposium will focus on a different aspect of plant genetics and include three in-depth presentations plus shorter talks based on selected abstracts. Symposia will be held during the evening and morning hours. Afternoons will be free for continued discussion - perhaps while exploring the diversity of plant life along miles of magnificent mountain trails at one of the west's loveliest mountain resorts. Pre-dinner poster sessions and mealtime socializing complete the schedule. "What makes this conference somewhat unique is that all of the speakers will be around the entire time," says Sundaresan. "Some of the most valuable interaction at an event like this happens in between sessions, so we've consciously structured it to facilitate informal discussion and further exploration of the subject." Minutes away from Salt Lake City, Snowbird is one of the country's loveliest mountain retreats. "We wanted a location that was secluded and peaceful, so that participants and speakers could spend as much time as possible focused on the subject at hand," comments the event's vice chair, Rich Jorgensen, University of Arizona.

42. Plant Genetics Resources lib399.gif (6345 bytes) CSHL Library. Web Resources plant genetics. ArabidopsisGenome Analysis http//nucleus.cshl.org/protarab/, Collection http://nucleus.cshl.org/CSHLlib/webres/plant_genetics.htm

CSHL Library Web Resources Plant Genetics Arabidopsis Genome Analysis http://nucleus.cshl.org/protarab/ Collection of sequences and links to articles and tools to help with sequencing projects from CSHL. The Arabidopsis Information Resource (tair) http://www.arabidopsis.org/ Databases, tools, seed and DNA stocks, and news. The Electronic Plant Gene Register http://www.tarweed.com/pgr/index.html From the American Society for Plant Physiology MaizeDB http://www.agron.missouri.edu/ Information on the genetics and molecular biology of maize, from the USDA/ARS; it is enhanced by NSF support to the Maize Mapping Project. Maize Genome Analysis http://nucleus.cshl.org/maizegenome/ ESTs and STS markers and more from CSHL. Maize Targeted Mutagenesis Database http://mtm.cshl.org/ A transposon library in maize for the purpose of targeted selection of gene knockouts from CSHL. Plant Genome Information Resource (PGDIC) http://www.nal.usda.gov/pgdic/ National Agricultural Library of the US Department of Agriculture - ARS. Access to a variety of information services and publications covering many aspects of plant genome mapping. Real-Time GenBank Nucleotide Sequence Databank Searches http://www.nal.usda.gov/pgdic/nucsequences.html

43. Plant Genetics plant genetics Research Projects in Progress. Chen, LongFang O. ·Anti-senescencegene transformation in broccoli (Brassica olercea var. http://botany.sinica.edu.tw/english/menu/research2-n.html

Plant Genetics Research Projects in Progress Chen, Long-Fang O. ¡PAnti-senescence gene transformation in broccoli ( Brassica olercea var. italica) ¡PCorrelations on the nuclear cell cycle phases of plant explants with various pre-cultures and plant regeneration and transformation in plant. ¡PGenomic variations of in vitro micro-propagated sweet potato clones revealed by RAPD. Cheng, Wan-Hsing ¡PMolecular and genetic studies of sugar, ABA, and ethylene signal interactions. ¡PMolecular study of ABA biosynthetic genes in Arabidopsis and rice. ¡PCharacterization and molecular cloning of sugar-inhibited root ( sir ) elongation mutant. ¡PMolecular and genetic studies of glucose-oversensitive glo ) mutants.

44. Plant Genetics And Quantitative Genetics plant genetics and Quantitative Genetics Research Projects in Progress.Chen, LongFang O. ·Anti-senescence gene transformation http://botany.sinica.edu.tw/menu/research2.html

Plant Genetics and Quantitative Genetics Research Projects in Progress Chen, Long-Fang O. ¡PAnti-senescence gene transformation in broccoli (Brassica olercea var. italica) ¡PRelationship between cell cycle phases of plant explants, plant regeneration and transformation in broccoli. ¡PGenomic variations revealed by RAPD in successive cutting propagated sweet potato clones. ... Renew Date:

45. Department: Molecular Plant Genetics to exogenous and endogenous signals is a vital process for plant propagation. Inaddition, a system of Reverse Genetics has been established in Arabidopsis http://www.mpiz-koeln.mpg.de/saedler/

Transition from vegetative to generative growth in response to exogenous and endogenous signals is a vital process for plant propagation. Phase transition is investigated in our department in Antirrhinum majus and in Arabidopsis thaliana . This process is controlled by a number of genes, some encoding transcription factors like MADS-Box- and SBP-Box-Proteins. Floral development commences with the formation of floral meristems. Transcription factors determine flower organ primordium identity and assure organ development. The factors involved as well as the detailed networking of these factors and their targets is of prime interest within the department. The knowledge accumulated can be applied to design crop plants with respect to their inflorescence or floral architecture. MADS-Box genes controlling architectural features are also well suited for evolutionary studies, i. e. concerning the origin of flowers. Taxa examined include mosses, ferns, gnetophytes and angiosperms. In addition, a system of "Reverse Genetics" has been established in Arabidopsis thaliana ZIGIA ) using the En Spm transposon from Zea mays . This element was used to isolate and characterize genes involved in differentiation of epidermal cells initiating a new field of research dealing with cell signaling. Research Groups Group leader Phase Transition (flower induction) Peter Huijser Antirrhinum Flower Development Zsuzsanna Schwarz-Sommer Regulatory Network of Floral Development Hans Sommer Regulation of Petal and Stamen Organogenesis

46. Arabidopsis - The Model Weed For Plant Genetics Biotech Bytes Box Arabidopsis the 'model weed' for plant genetics.Thale cress (Arabidopsis thaliana) is a common garden weed http://www.jic.bbsrc.ac.uk/exhibitions/bio-future/arabid.htm

Biotech Bytes Box: Arabidopsis - the 'model weed' for plant genetics Thale cress ( Arabidopsis thaliana Arabidopsis Although the genome of Arabidopsis Figure 19 Thale cress ( Arabidopsis thaliana (Use the 'Back' button on the browser to return to the page you came from...) Home Page Meet the Experts Further Reading Other Websites ... © 1998, John Innes Centre, Norwich, UK.

47. Homepage Centre Of Microbial And Plant Genetics Welcome to the Homepage of the. Centre of Microbial and plant genetics.Enter. This site is best viewed with a 800 x 600 resolution http://www.cmpg.be/

Welcome to the Homepage of the Centre of Microbial and Plant Genetics Enter This site is best viewed with a 800 x 600 resolution in True Color (32 bit) and is optimized for IE and NN 4.0+. You need the Flash-player to view this site. If you don't have it, you can download it here

48. Plant Genetics This course will introduce students to the basics of genetics in plants.Then use this as basis to approach the topics of plant biotechnology. http://www.biols.susx.ac.uk/home/Peter_Scott/PB/pg.html

This course will introduce students to the basics of genetics in plants. Then use this as basis to approach the topics of plant biotechnology. The biotechnology section of the course will look in depth at; the culture of plants in sterile medium, the uses of plant culture, and leading on to genetic transformation of the plant genome with foreign and host genes. The applications of genetic engineering will be investigated and its potential for aiding agriculture in the future will be assessed. 1. Introduction lecture (PS) 2. Plant sexual reproduction; flower form (PS) Look at the structure of a flower and the individual elements. Focus on how a flower develops. Three stages; vegetative growth transformed to formation of a inflorescence meristem, conversion of inflorescence meristem into a floral meristem, formation of the individual elements of the flower. 3. Plant sexual reproduction; incompatibility (PS) The different methods used by plants in order to insure cross pollination. Flower structure, sexual dimorphism, gametophytic and sporophytic incompatibility. 4. The Plant genome (SP)

49. Plant Genetics World Wide Web Page plant genetics/Biotechnology Course. Spring term, 1998. P. Scott 4C19A.Notices;. plant genetics assessed essay results 1999. Index http://www.biols.susx.ac.uk/home/Peter_Scott/PG/PG.html

Plant Genetics/Biotechnology Course. Spring term, 1998 P. Scott 4C19A Notices; Plant genetics assessed essay results 1999. Index: Enrollment / Course Objectives / Learning Methods / Timetables / Lecture Synopsis / Reading List / Assessment / Past exam papers Enrollment All Second year MGB students in BIOLS. Course Objectives: Emphasis and direction Plant genetics has traditionally centred on the understanding of genome structure in plants and the inheritance of genetic traits. This course will approach plant genetics from the angle of biotechnology. Through the lecture series we will concentrate on the applied use of our understanding of plant genetics to alter plants. We will focus on particular examples where manipulation of genetic material in plants offers opportunities both to radically alter plant metabolism and increase our understanding of plants. For the first time this year the course will incorporate a number of computer assisted learning based elements. This part of the course will take place in the computer room in 4B10. Aims and objectives.

50. Plant Genetics plant genetics and Plant Breeding. Students are encouraged to spend summersessions gaining laboratory or field experience in plant genetics. http://www.agry.purdue.edu/undergrad/genetic.htm

Plant Genetics and Plant Breeding Bachelor of Science Degree Purdue University Other Undergraduate Programs Soil and Crop Management International Agronomy Applied Meteorology Soil and Crop Science Turf Science Agronomic Business and Marketing ... Environmental Soil Science Agronomy Home Page: The Plant Genetics and Plant Breeding Option is designed for students interested in agricultural biotechnology, genetic engineering, and research in genetic mechanisms that control crop growth and development. This option prepares students for many research opportunities in industry and provides the necessary background for graduate studies. Students also learn the fundamentals of genetics and practical plant breeding as well as the latest developments in genetic engineering, environmentally sound crop production practices, development of varieties appropriate for the agriculture of developing countries, and strategies for developing plant lines adapted to environmental stresses. Opportunities exist for training both in laboratory and field practices important to modern genetics research. Employment Opportunities There is a wide range of employment opportunities for graduates of the Plant Genetics and Plant Breeding option in the seed and biotechnology industries and plant genetics research and teaching. Students specializing in plant breeding are prepared for a broad range of careers involving development of improved crop varieties and their adaptation to crop production systems.

51. Plant Genetics plant genetics. Head of the Unit. Prof. Dr. Geert Angenon Administration contact(s)Email who? who?@vub.ac.be tel; +322-359 02 51. fax +32-2-358 45 47. http://imol.vub.ac.be/PLAN/PLAN.html

52. Plant Genetics - Publications B, Araya A, Veuskens J, Negrutiu I Mouras A 1993 DNA methylation of sex chromosomesin a dioecious plant, Melandrium album. Molec. Gen. Genetics 239, 219 224 http://imol.vub.ac.be/PLAN/Publications.html

53. Job Opening: Plant Genetics The University of Maine seeks applicants for a research and teaching positionin plant genetics, with a focus on the use of molecular approaches for the http://www.umesci.maine.edu/biology/jobpltgen.htm

Plant Geneticist The University of Maine seeks applicants for a research and teaching position in PLANT GENETICS Applicants should submit curriculum vitae, statement of research and teaching interests, and representative published papers. Applications and three supporting letters should be addressed to Chairperson, Plant Geneticist Search Department of Biological Sciences University of Maine 5751 Murray Hall Orono, ME 04469-5751 The University of Maine is an EO/AA employer. We strongly encourage women and minorities to apply.

54. PSSPSC - Plant Genetics plant genetics. Below are three topic areas of research and researchapplications that the plant genetics Subcommittee considers http://ceprap.ucdavis.edu/plantscience/gen.htm

Home Molecules to Intact Plant Plant Genetics Plant-Organism/ Environmental Interactions Evolution, ... Review Comments Plant Genetics Below are three topic areas of research and research applications that the Plant Genetics Subcommittee considers to be of high priority for the future development of plant sciences at UCD. Genetic Improvement of Crop Plants Plant Genomics Plant Transformation Subcommittee Members A. Britt R. Chetelat J. Dubcovsky J. Harada J. Harding G. McGranahan P.C. Ronald D. Shaw A. Walker V.M. Williamson, chair C.P. Meredith updated 8/26/97 blemberson@ucdavis.edu

55. PLANT GENETICS AND BREEDING plant genetics AND BREEDING. Major research advances in biotechnologyare now making it possible to develop new and better traits http://www.catd.iastate.edu/SearchTech/plant_genetics_and_breeding.htm

CATD Home For Iowa Companies Collaborative Reseach Technology Commercialization ... Contact Us PLANT GENETICS AND BREEDING Major research advances in biotechnology are now making it possible to develop new and better traits in crops such as corn, soybeans, and oats. For example, these advancements may lead to corn with higher oil content, soybeans with new or improved proteins, oats that are resistant to certain diseases, or plants that can produce biopolymers. Iowa State University has committed to being a world leader in this area by establishing the Plant Sciences Institute , an umbrella organization consisting of eight research centers. These centers work with and receive support from academic departments including: Agronomy Biochemistry, Biophysics, and Molecular Biology Plant Pathology ; and Four main research priorities are: Genomics The university is participating in a national corn genome research project to help discover and map genes that control basic molecular properties such as protein production and synthesis of glucose. Plant Transformation Research has focused on growing new transgenic varieties of corn, soybeans, and oats that express new and improved value-added traits. New transformation and gene transfer technologies, such as the use of retroviruses, have also been the focus of several projects.

56. ZAG - Plant Genetics Group Translate this page plant genetics Group. Center of Applied Genetics University of NaturalResourses and Applied Sciences Vienna. July 2002 December 2002. http://www.boku.ac.at/zag/AG_hauser.htm

Plant Genetics Group Center of Applied Genetics University of Natural Resourses and Applied Sciences Vienna July 2002 December 2002 Group leader: Marie-Theres Hauser PhD Students: Agata Mansfeld Christina Mladek Vera Wagner Ulrike Werner MS Students: Manfred Axterer Li Eryang Former Lab Members Research: Molecular Genetic Analysis of Root Morphogenesis Comparative and Functional Genomics Methods: Arabidopsis Map of Mutant Phenotypes Duplex Analysis Marker Expression Analysis using real-time PCR Publications Teaching: Molekularbiologische Übungen SE Molekularbiologisches Seminar SE Diplomanden Seminar VO Entwicklungsgenetik PR Molekularbiologisches Praktikum SE Interaktionen von genetisch modifizierten Organismen mit der Umwelt SE Dissertantenseminar aus Genetik SE Entwicklungsgenetik der Pflanzen Funding Fonds zur Förderung der Wissenschaftlichen Forschung (Austrian Science Funds) GEN-AU Genomforschung in Österreich European Plant Embryogenesis Network ... Cooperation back to Center of Applied Genetics back to University of Natural Resourses and Applied Sciences Vienna February 2003 by webmaster

57. Laboratory Of Plant Genetics Division of Genetics Japanese page. Laboratory of plant genetics. We attemptto utilize recent molecular biological advances for the improvement of crops. http://www.rib.okayama-u.ac.jp/youran97/research/pla.gen/pla.gen.html

Division of Genetics [Japanese page] Laboratory of Plant Genetics We attempt to utilize recent molecular biological advances for the improvement of crops. Current experimental materials are wheat, barley and rice and the main research themes are: Physiological and molecular studies of seed development and germination of wheat and barley, especially the regulation of gene expression by phytohormones. Genetic analysis of hybrid sterility and environmental adaptability of rice. Development of transformation techniques in barley and wheat. iPre-Harvest Sprouting of wheat) (Embryo-specific expression of the dormancy-related gene) (Transient expression of GUS gene in immature embryo callus of barley that differentiate shoots and roots) (Tissue-specific expression of Pl w , a transcriptional regulator of anthocyanin in rice (left) and F segregation of Pl w (band,e)(right)) -Contents-

58. The NTNU Plant Genetics Lab The NTNU plant genetics Lab. The NTNU plant genetics Group is headedby Professor Atle M. Bones. Our main research areas are plant http://boneslab.chembio.ntnu.no/HomePage.html

The NTNU Plant Genetics Lab The NTNU Plant Genetics Group is headed by Professor Atle M. Bones. Our main research areas are: plant development, secondary metabolism and signal transduction. Ongoing projects. The myrosinase / glucosinolate system in plants Rac GTPases in Arabidopsis (and other plants). The Arabidopsis DNA microarray project. Open positions in Plant Functional Genomics/Computational biology.

59. Host Plant Genetics Discussion Potato Late Blight Online Workshop Potato Host plant genetics Discussion Forum.Hello, I am Paul Tooley, the moderator of the host plant genetics folder. http://www.apsnet.org/online/lateblite/phdgdg.htm

Potato Late Blight On-line Workshop Potato Host Plant Genetics Discussion Forum Hello, I am Paul Tooley, the moderator of the host plant genetics folder. Please feel free to post messages and contribute discussion relating to either traditional and/or molecular approaches to developing potatoes with durable resistance to late blight. Most agree that resistance would represent perhaps the most viable and cost-effective solution to the late blight problem, over the long run. Traditional approaches have met with some success so far, but the pathogen has proven to be a changeable foe, often causing resistant cultivars to succumb to new races. Horizontal resistance may be the key, but there are differences of opinion on how best to breed for such resistance- also how and where to perform the most meaningful type of screening against the most virulent races. Molecular approaches also have shown promise, but some of the newer technologies have not been "field tested" sufficiently, or may meet with a certain amount of lack of grower acceptance when finally available commercially. Progress may be impeded by the difficulty of manipulating the host genetically and performing transformation and other molecular methods. Feel free to post messages and comment on any of the topics covered in the above two areas and listed in the discussions, and offer suggestions for the most effective ways to develop potato cultivars with durable blight resistance for the next millenium. I'll be monitoring the discussions in this area as the workshop progresses, and bringing specific areas of interest to the forefront for further discussion.Thanks for participating.

60. Trainers In Plant Genetics Trainers in plant genetics. Trainer, Department(s). Ellingboe, Albert, Genetics. Leong,Sally, Plant Pathology. Masson, Patrick, Genetics. Sussman, Michael, Biochemistry. http://www.genetics.wisc.edu/research/plant.html

In the interest of improving accessibility and support for web standards, this site makes extensive use of cascading style sheets, and look best in a browser that supports CSS and other web standards. However, the site should still be perfectly readable and accessible in any browser or Internet device. Skip Navigation Home Academic Programs Ph.D. Program ... Contact Information Search this Site: Research Fields Arabidopsis C. elegans Drosophila Gene Expression ... Zebrafish Trainers in Plant Genetics Trainer Department(s) Amasino, Richard Biochemistry Bent, Andrew F. Plant Pathology Bleecker, Anthony Biochemistry Day, Christopher Botany Doebley, John Genetics Ellingboe, Albert Genetics Leong, Sally Plant Pathology Masson, Patrick Genetics Sussman, Michael Biochemistry Vierstra, Richard Horticulture Waller, Donald Botany Feedback, questions or accessibility issues: webmaster@genetics.wisc.edu

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