61. BIOLOGY 433: PLANT GENETICS (3) BIOLOGY 433 plant genetics (3). INSTRUCTORS This is a teamtaught course, givenby three instructors with active research programs in plant genetics. http://www.zoology.ubc.ca/bpg/biol-433.htm

Biology Program Guide 2002/2003 Welcome to the 2002 Biology Program Guide. Best wishes for a good academic year. Home Introduction Important Announcements First Year ... Course Schedules The information listed below is intended to guide students in their course selection. Actual course content and material (including evaluation, etc.) may differ slightly from that given here. Please be sure to attend the first lecture to be aware of the requirements and expectations of the course. BIOLOGY 433: PLANT GENETICS (3) INSTRUCTORS: Not given 2002/03 Course Schedules TEXT: Papers and reviews for photocopying. Westhoff et al Molecular Plant Development: From gene to plant . Oxford University Press, Oxford. On reserve; selected parts available for purchase at the UBC Bookstore. Buchanan et al . American Society of Plant Physiologists, Rockville, MD. On reserve; selected parts available for purchase at the UBC Bookstore. EVALUATION: 40% Final exam 30% Take-home problem assignments (3) 10% Tutorial assignments (10) 20% Tutorial presentation (group presentations of tutorial papers, including an individual written report)

62. HRI - Research - Plant Genetics & Biotechnology Dept plant genetics Biotechnology Department. Department Remit. Cropimprovement through genetics, Genetic Resources Unit. Concentrating http://www.hri.ac.uk/site2/research/pgb/intro.htm

Department Remit Crop improvement through genetics Concentrating on some key traits and processes including : Resistance to pests and diseases Reproduction and dormancy Morphogenetic targets such as flowering, rooting and stature Resistance to environmental stress Exploiting the key genetic resources of : Germplasm DNA libraries Head of Department : Dr Brian Thomas Plant Developmental Regulation (e-mail: brian.thomas@hri.ac.uk Plant Development Regulation Gentetic Resource Unit Host Pathogen Signalling ... Developmental Regulation of Ripening in Fleshy Fruits

63. PLANT GENETICS plant genetics. CSS/Hort 430/530. This course is designed to build a solid foundationin plant genetics and to stimulate further, more specialized, study. http://www.css.orst.edu/CLASSES/css43003/main03.htm

PLANT GENETICS CSS/Hort 430/530 Course Description The structure, expression, and manipulation of plant genomes will be explored using the principles and theory of classical and contemporary genetics. This course is designed to build a solid foundation in plant genetics and to stimulate further, more specialized, study. Some genetics background helpful, but not required. Tools Text, notes, and other resources Grading Grading policies and exam schedule Genetics on the WWW Links to selected sites Instructor For assistance with final, please contact Eungjun Park, ALS 4026, Office Hours, Tuesday and Wednesday of Finals week: 11 - 12, or by appointment Schedule Questions Topics Overview: slides or text Gene and Genome Structure Gene function Plant reproduction and GMOs ... Population and Quantitative genetics

64. Integrated Plant Genetics | Home Integrated plant genetics Inc. 12085 Research Drive Alachua, FL 32615.IPG Logo, Tel Welcome to Integrated plant genetics, Inc. We http://www.ipgenetics.com/

Integrated Plant Genetics Inc. 12085 Research Drive Alachua, FL 32615 Tel: Fax: About IPG Management Affiliates / Partners Disease Block Twin Block Under Development The Big Picture Citrus Canker Disease Bacterial Rice Blight Common Bean Blight Tomato Mottle Virus Biosafety Information Agri-Biotech Links Financial Profile Grants Awarded Become a Partner Contact Us Feedback Form Welcome to Integrated Plant Genetics, Inc. We are a development stage biotechnology company, in business to develop, produce and license new biotechnologies for the purposes of microbial, horticultural, agricultural and forest tree improvement. We provide contract genetic engineering services to industry and are developing advanced plant breeding technologies for adding value to crops and to provide non-chemical pest and pathogen control. We offer environmentally sound and sustainable alternatives to costly and often toxic chemical pest control methods. We are a Florida-grown company, with strong ties to the University of Florida, and a commitment to Florida agriculture. For general inquiries, please send e-mail to

65. Integrated Plant Genetics | About IPG Integrated plant genetics Inc. 12085 Research Drive Alachua, FL 32615.IPG Logo, Tel About IPG Integrated plant genetics, Inc. (IPG http://www.ipgenetics.com/aboutipg.asp

Integrated Plant Genetics Inc. 12085 Research Drive Alachua, FL 32615 Tel: Fax: About IPG Management Affiliates / Partners Disease Block Twin Block Under Development The Big Picture Citrus Canker Disease Bacterial Rice Blight Common Bean Blight Tomato Mottle Virus Biosafety Information Agri-Biotech Links Financial Profile Grants Awarded Become a Partner Contact Us Feedback Form About IPG Integrated Plant Genetics, Inc. (IPG) is a development stage biotechnology company, in business to develop, produce and license new genetic technologies for the purpose of horticultural, agricultural and forest tree improvement and disease control. The Company currently provides gene engineering services to industry through research contracts and also technologies and methods through our marketing partners. We are currently devoping genetic technologies to make plants resistant to diseases for which there is presently no or little resistance or tolerance. As IPG expands and its technology improves, we anticipate licensing our improved genetic traits ("genetic software") to established plant nurseries and seed producers. IPG's offices, research laboratory and transgenic plant production facilities are located in the

66. Graduate Fellowships In Plant Genetics At Purdue University Graduate Fellowships in plant genetics. The Purdue Genetics Program(PGP) is pleased to announce the availability of a number of http://weedsworld.arabidopsis.org.uk/Vol2/Purdue_grad.html

Graduate Fellowships in Plant Genetics The Purdue Genetics Program (PGP) is pleased to announce the availability of a number of graduate fellowships in Plant Genetics through an NSF Graduate Training Grant. PGP is an interdepartmental graduate training program offering graduate students optimal flexibility in designing a graduate experience to meet their needs. We do this in two important ways. First, an incoming PGP student selects from nine different departments that best suits their long term interests. These departments include Agronomy, Animal Sciences, Botany and Plant Pathology, Biological Sciences, Biochemistry, Chemistry, Entomology, Horticulture, and Veterinary Pathobiology. Second, an incoming PGP student selects from over 40 different faculty, those laboratories involved in research that is most suitable for the training experience that the student desires. All of this process is coordinated through the interdepartmental program to provide each student with training that is broad, well-rounded and of excellent quality in genetics. This training includes a core curriculum of four genetics courses as well as a PGP Distinguished Lectureship that invites internationally recognized geneticists to the Purdue campus. These scientists provide students with exposure to a diversity of modern innovations and cutting edge research in all area of genetics. These fellowships are available for September 1995 enrollment.

67. Review -- Dictionary Of Plant Genetics And Molecular Biology Book Review. Dictionary of plant genetics and Molecular Biology. by Gurbachan Miglani,Ph.D. Food Products Press, 10 Alice Street, Binghamton, NY 139041580. http://www.crfg.org/pubs/bkrev/DictPlantGeneMolBio.html

Book Review Dictionary of Plant Genetics and Molecular Biology by Gurbachan Miglani, Ph.D. Food Products Press, 10 Alice Street, Binghamton, NY 13904-1580. 1998. 348 pages. Hard cover. $49.95. (Price/availability info may have changed since original publication of review.) Reviewed by Robert Chambers (7/1998) The field of plant genetics is growing steadily and people with even just a general interest in horticulture see small but increasing reference to it. It is a very big field and has developed an extensive vocabulary of its own in many cases using terminology that looks simple, but turns out to have a special meaning in this field. The author points out, and I cannot argue with this, that a general dictionary or glossary has not been available for this field. I can testify that standard dictionaries are not much help. If you read in this field, or refer to it in your writing, I would recommend you get a copy of this book. The author is an associate professor of genetics at the Punjab Agricultural University in India and has worked in the United States. In reading through the dictionary I found that most definitions had in them words that I needed to look up elsewhere in this dictionary. While that suggests the dictionary is not very refined, it also testifies to the speed with which the field is growing, and suggests that any difficulties in using the dictionary would be magnified if I tried to navigate around in this subject without it.

68. Plant Genetics Publications plant genetics Publications. Rusche, ML, HL Mogensen, L. Shi, P. Keim,M. Rougier, A. Chaboud, and C. Dumas. 1997. B Chromosome Behavior http://herb.bio.nau.edu/~genetics/pubproj6.htm

Genetics Lab Home Research Projects Publications Current Members ... Related Links Plant Genetics Publications Rusche, M.L., H.L. Mogensen, L. Shi, P. Keim, M. Rougier, A. Chaboud, and C. Dumas. 1997. B Chromosome Behavior in maize Pollen as Determined by a Molecular Probe. In press. Genetics Shi, L, T Zhu, HL Mogensen, P Keim. 1996. Sperm Identification in Maize by Fluorescence In Situ Hybridization The Plant Cell Shi, L., T. Zhu, M. Morgante, JA Rafalski, and P Keim. 1996. Soybean Chromosome Painting: A Strategy for Somatic Cytogenetics. Journal of Heredity Back to Plant Genetics Back to top Northern Arizona University, Department of Biological Sciences. For problems or questions regarding this web site, contact Paul Keim [Paul.Keim@nau.edu] Last updated:08/23/99 .

69. University Personnel Plant Genetics And Improvement UC Personnel plant genetics and Improvement. of Botany and Plant Science,UC Riverside Plant genetic; molecular evolution and population genetics. http://fruitsandnuts.ucdavis.edu/pgipnl.html

70. DVP-CLO About us. Welcome to the home page of the Department of plant geneticsand Breeding (DvP). DvP is one of the seven departments of http://www.clo.fgov.be/dvp/

Department of Plant Genetics and Breeding About us Welcome to the home page of the Department of Plant Genetics and Breeding (DvP). DvP is one of the seven departments of the Agriculture Research Centre-Gent, belonging to the Ministry of Small Enterprises, Traders and Agriculture. The research at the Department of Plant Genetics and Breeding is under the direction of Erik Van Bockstaele and is currently devided into three sections: Applied plant biotechnology which implements research in the use of molecular markers and genetic modification ( Marc De Loose Breeding of fodder crops and outdoor vegetables with selection of fodder grasses, green manure crops, red and white clover, fodder beets, inulin chicory and some outdoor vegetables and seed production ( Joost Baert Breeding of ornamentals: azalea, rose, lawn grasses, nursery stock and some hothouse plants ( Gilbert Samyn The research program is implemented by more than one hundred people. There is a close collaboration with government institutions, universities and private companies via research scholarships and contracts. DvP has a total of about 15,000 square metres of greenhouse and more than 100 hectares of cultivated land for trial plots, multiplication and crop rotation. In addition, DvP has a seed cleaning unit for RvP basic seed.

71. Plant Genetics -- Index plant genetics. Reference, CLBIOT02K00005. Biotechnology plant genetics Objectives.Overview of the recent accomplishments of the molecular biology of plants. http://aivwww.rug.ac.be/Studentenadministratie/Studiegids/2001/EN/FACULTY/C_WE/C

Plant Genetics Reference Lectured in Second Year Second Cycle Biotechnology Second Year Second Cycle Biotechnology Theory (A) Exercises (B) Training and projects (C) Studytime (D) Studypoints (E) Language of instruction Dutch Lecturer Dirk Inzé Semester second Department Co-lecturers Key Words Biotechnology - Plant Genetics Objectives Overview of the recent accomplishments of the molecular biology of plants. Contents Course Material - visual aids - review articles - course manual (in preparation) References Teaching Methods Oral lectures Evaluation Methods Theory : obligatory Examination Methods Verbal with written preparation. Prerequisites

72. Plant Genetics Conservation Project http://rspg.thaigov.net/

73. Plant Genetics Group Translate this page Dipartimento di Genetica e di Biologia dei Microrganismi.via Celoria 26 - 20133 Milano (Italy). http://users.unimi.it/~camelot/

Dipartimento di Genetica e di Biologia dei Microrganismi via Celoria 26 - 20133 Milano (Italy) Last updated June, 2002 Since June 2002 Contact Information Telephone FAX Postal address via Celoria 26 - 20133 Milano (Italy) Electronic mail General Information: Silvana Verri Webmaster: Luca Gianfranceschi City map How to reach the DGBM department Date: Tuesday, March 18, 2003 - Time:

74. U Of G Graduate Calendar: Plant Genetics plant genetics. The collaborative interdepartmental program is the focalpoint for graduate teaching and research in plant genetics. http://www.uoguelph.ca/GraduateStudies/calendar/archive/19982000/programs/plan.h

Plant Genetics Faculty MSc PhD Courses Chair and graduate co-ordinator - David J. Wolyn (4236 E.C. Bovey, Ext. 3092/6469) (E-mail: dwolyn@evbhort.uoguelph.ca) Graduate secretary - Jean Wolting (306 Crop Sci, Ext. 6077) (E-mail: jwolting@crop.uoguelph.ca) Steven R. Bowley - Associate Professor, Crop Science Larry R. Erickson - Associate Professor, Crop Science David H. Evans Paul H. Goodwin - Associate Professor, Environmental Biology Brian C. Husband - Assistant Professor, Botany Kenneth J. Kasha - Professor, Crop Science Peter G. Kevan - Professor, Environmental Biology K. Peter Pauls - Professor, Crop Science E. Jane Robb - Professor, Molecular Biology and Genetics Vernon I. Shattuck - Assistant Professor, Horticultural Science Judith Strommer - Associate Professor, Horticultural Science J. Alan Sullivan - Associate Professor, Horticultural Science David J. Wolyn - Associate Professor, Horticultural Science T A dmission R equirements Applicants to the collaborative MSc program in plant genetics must meet the admission requirements of the department to which the student is applying. As a guide for departmental admissions committees, students should have completed the following undergraduate-level courses (or their equivalents) prior to application: Biology and Biochemistry Biochemistry - one semester course Genetics - two semester courses Plant Physiology - one semester course Botany - one semester course Chemistry General chemistry - one semester course and lab Organic chemistry - one semester course and lab

75. DPVTA - Section Plant Genetics And Breeding Olivieri and coworkers Dottorato di Ricerca in Plant Biotechnology (three years).Prof. Marchetti Course of Population Genetics (from academic year 1999 http://www.dpvta.uniud.it/gen/home_page.html

We are mainly involved in four main topics: 1) genetic tranformation (barley, sunflower, tobacco, potato) for some traits of interest as insect resistance, nutritional quality or the production of substances of pharmacological interest using different in vitro culture techniques (anther, isolated microspore, immature embyos, cotyledons, protoplasts) ) and DNA delivery systems (A. tumefaciens, bilolistic, electroporation). 2) molecular genetics: design and preparation of molecular constructs, molecular tools for assisted selection (QTL mapping), genetic and physical mapping for comparative gemone analysis. 3) molecular markers for screenning of biodiverity in domesticated and wild species with particular interest in Picea abies and related coniferous species. 4) breeeding programs: conventional and not conventional methods for plant improvement with particularinterest in sunflower fatty acid composition. and oil production. Sunflower breeding program in developing countries Staff (Surname, Name, Position, phone*, email)

76. Plant Genetics And Plant Biotechnology plant genetics and Plant Biotechnology. The Agronomy Department undergraduatecurriculum allows students to specialize in the area http://agronomy.wisc.edu/pages/undergrad/plantgen.html

Plant Genetics and Plant Biotechnology The Agronomy Department undergraduate curriculum allows students to specialize in the area of plant breeding and biotechnology. Plant breeding and biotechnology is the genetic improvement of plants, using both classical breeding and molecular genetic methods. With nearly half of our faculty members working in this area, we're one of the leading centers for plant breeding in the world. We offer a course of study that will allow the student to prepare for a career in this exciting area. Students take plant breeding and biotechnology courses in addition to the standard natural science curriculum. Specialization in this area prepares students for advanced graduate training in plant breeding and biotechnology and also as research technical support for industries and institutions working on plant breeding. We offer many opportunities for hands-on research experiences, independent study, and internships. Many students will work in the field during the growing season and in a laboratory during the school year, gaining valuable insight into the whole pattern of crop improvement. Suggested courses: Agron 338 Plant breeding and biotechnology Agron 501 Plant breeding Agron 502 Plant breeding lab Gen 561 Cytogenetics Hort 500 Laboratory techniques in plant biotechnology Hort 550 Molecular approaches for crop improvement Email Agronomy Home Site Map UW Home

77. Plant Breeding And Plant Genetics Seminars View of Henry Mall from Ag Hall. Plant Breeding and plant geneticsSeminars. Agronomy/Horticulture/Genetics 957. Date, Speaker, Title. http://agronomy.wisc.edu/pages/news/plantBreeding.html

View of Henry Mall from Ag Hall Plant Breeding and Plant Genetics Seminars Agronomy/Horticulture/Genetics 957 Date Speaker Title The seminar meets at 3:30 p.m. Fridays in room 351 Plant Science. Email Agronomy Home Site Map UW Home

78. UCD Plant Genetics Facility plant genetics Facility A National Science Foundation Supported Facility.PGF home page. PGF, We are currently located in 208 Asmundson Hall. http://plantgeneticsfacility.ucdavis.edu/index.shtml

Plant Genetics Facility A National Science Foundation Supported Facility PGF home page PGF We are currently located in 208 Asmundson Hall. For information regarding DNA automated sequencing, phosphor imaging, or robotics, please click on the appropriate image below. Main PGF Home About PGF FAQs Links Sequencing Sequencing Home Sequencing FAQs Download Utilities Submission ... Electronic Seq. Retrieval Imager Imager Home Imager FAQs Robotics Robotics Home Robotics FAQs Email Previously designed by Matthew Roland Redesigned and now maintained by Ivan Kozik Home Sequencer Imager ... Robotics

79. Plant Genetics Biotechnology At Dow AgroSciences, we are actively researching and developing agriculturalbiotechnology solutions in a responsible, sciencebased manner. http://www.dowagro.com/pg&b/main.htm

80. LER's Book Listing Page (Plant Genetics And Gene Mapping.) Ethnobotanical Resources 16245 sw 304 st, Homestead, Fl 33033 Phone (305) 2420877Fax (305) 242-9789 www.ethnobotany.com Books Listing plant genetics. http://www.ethnobotany.com/books/Books-gene.html

Legendary Ethnobotanical Resources 16245 sw 304 st, Homestead, Fl 33033 Phone: (305) 242-0877 Fax: (305) 242-9789 www.ethnobotany.com Books Listing: Plant Genetics Plant Genetic Engineering by John H. Dodds (Editor). Our Price: $69.95 Ten essays survey the various methods of genetically modifying plantlife and include recommendations for technological improvements in agricultural and industrial processes. They also discuss methods of isolation and purification of plant genes and the roles of bacteria and viruses as vehicles for the plant genes. DNA Fingerprinting in Plants and Fungi by Kurt Weising, Hilde Nybom, Kirsten Wolff, Wieland Meyer . Our Price: $101.00 Plant Genomes : Methods for Genetic and Physical Mapping by J.S. Beckmann, T.C. Osborn (Editor). Our Price: $136.00 The Evolutionary Biology of Plants by Karl J. Niklas . Our Price: $65.00 Experiments in Plant-Hybridization by Gregor Mendel, Paul C. Mangelsdorf. Our Price: $9.95 Genetics and Conservation of Rare Plants by Donald A. Falk (Editor), Kent E. Holsinger (Editor). Our Price: $68.00 The Production and Uses of Genetically Transformed Plants by John Innes, B.D. Harrison, C.J. Leaver, M. W. Bevan (Editor). Our Price: $119.95

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