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Plant Genetics:     more books (100)

Molecular Genetics of Plant Development by Stephen H. Howell, 1998-07-13 The ex situ Conservation of Plant Genetic Resources by J.G. Hawkes, N. Maxted, et all 2000-10-31 Molecular Markers in Plant Genetics and Biotechnology Conserving Plant Genetic Diversity in Protected Areas (Cabi) by J.M. Iriondo, N Maxted, et all 2008-01-29 Seed to Seed: The Secret Life of Plants by Nicholas Harberd, 2006-05-01 Genetic Improvement of Field Crops (Books in Soils, Plants, and the Environment) by Slafer, 1993-10-07 Genetics, Genomics, and Breeding of Soybean (Genetics, Genomics, and Breeding of Crop Plants) Plant Genetics (The Green World) by Carl-erik Tornqvist, 2006-06-30 Principles of Plant Biotechnology: An Introduction to Genetic Engineering in Plants by S. H. Mantell, J. A. Matthews, et all 1985-12 Plant Nutrition - From Genetic Engineering to Field Practice (Developments in Plant and Soil Sciences) Quantitative Genetics, Genomics and Plant Breeding (Cabi) by M S Kang, 2002-09-20 Developmental Genetics and Plant Evolution (Systematics Association Special Volumes) (Volume 0) Plant Conservation Genetics Plant Protoplasts and Genetic Engineering V (Biotechnology in Agriculture and Forestry)

lists with details

61. ZAG - Plant Genetics Group
    Translate this page painted by Martina Steyrer. plant genetics Group. Center of Applied Genetics. University of Natural Resourses and Applied Sciences Vienna.  
    http://www.boku.ac.at/zag/AG_hauser.htm
    
    Extractions: SE Entwicklungsgenetik der Pflanzen SE Diplomandenseminar Genetik UE Molekularbiologie Übungen I VU Molekularbiologische Lebensmittel-Analytik VU Computerunterstützte Datenbearbeitung in der Molekularbiologie SE Dissertantenseminar aus Genetik UE Molekularbiologie Übungen II VO Zellbiologische Arbeitsmethoden VO Entwicklungsgenetik SE Molekularbiologisches Seminar SE Genetisch modifizierte Organismen in der Umwelt PR Molekularbiologisches Praktikum Funding Fonds zur Förderung der Wissenschaftlichen Forschung

62. DPVTA - Section Plant Genetics And Breeding
    Plant Biotechnology Project Genetic engineering for insect resistance with natural and artificial genes coding for proteinase inhibitors,  
    http://www.dpvta.uniud.it/gen/home_page.html
    
    Extractions: 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).

63. GENET 364, Plant Genetics, University Of Alberta
    *3 (fi 6) (second term, 31s-0). AGENET 364, plant genetics Home Printer Friendly. plant genetics. Calendar  
    http://www.biology.ualberta.ca/courses/genet364/

64. 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
    
    Extractions: 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.

65. 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
    
    Extractions: (Price/availability info may have changed since original publication of review.) 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.

66. Institute Of Plant Genetics And Crop Plant Research, Innovations, Research, Scie
    Institute of plant genetics and Crop Plant Research, Tasks The Institute of plant genetics and Crop Plant Research (IPK) was founded on January 1, 1992.  
    http://www.innovations-report.com/html/profiles/profile-139.html
    
    Extractions: The Institute of Plant Genetics and Crop Plant Research (IPK) was founded on January 1, 1992. It is a member of the Scientific Association Gottfried Wilhelm Leibniz e. V. Its forerunner was the (Zentral-)Institut für Genetik und Kulturpflanzenforschung of the GDR, originally the Institut für Kulturpflanzenforschung of the Kaiser-Wilhelm-Gesellschaft, founded in 1943 by Hans Stubbe near Vienna. In accordance with Institute statutes, its research focuses on structure, function and evolution of genomes as well as on conservation and evaluation of the genetic diversity of crop plants, of their progenitors and relatives. A major aim of the Institute is interdisciplinary co-operation among the various biological fields investigated within its 5 scientific departments. To bring its scientific achievements to a wider public the Institute organizes and participates in many events to ensure that its science is coomunicated to all relevant audiences. The Institute co-operates with numerous plant breeding companies and the industry. This co- operation together with the establishment of biotechnological companies contributes to strengthening the Institute’s role as a centre of plant biotechnological competence. IPK currently owns 47 research and development results which are made available to industrial partners by way of Licence-, Option- and Transfer Agreements. The results are protected as patent and utility model applications as well as business secrets.

67. Search Results
    and short communications by internationally recognized scientists, covering all areas of plant breeding, including plant genetics, plant physiology, plant  
    http://www.blackwellpublishing.com/searchres.asp?Main_subject=V&Subject_List=VB1

68. Botanical Garden Of Vilnius University - Plant Genetics
    plant genetics. The Department of plant genetics was founded in 1975 and headed by Dr. Laimute Balciuniene. Its main research areas  
    http://www.botanikos-sodas.vu.lt/en/?Departments:Plant_genetics

69. Pegasus.acs.ttu.edu/~liwtj/gene-pl.html
    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://pegasus.acs.ttu.edu/~liwtj/gene-pl.html

70. Agronomy: Undergrad: Majors: Plant Genetics & Plant Breeding
    plant genetics Plant Breeding. Students are encouraged to spend summer sessions gaining laboratory or field experience in plant genetics.  
    http://www.agry.purdue.edu/ugrad_major_plant.asp
    
    Extractions: Scholarships Contact Us 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. 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.

71. Agronomy: Undergrad: Curriculum: B.S. Degree In Plant Genetics And Plant Breedin
    BS Degree in plant genetics and Plant Breeding. Printer Friendly. Additional Science Requirements, 1922, plant genetics, 3, Introduction to Molecular Biology, 3,  
    http://www.agry.purdue.edu/pro_curiclm_PGB.asp
    
    Extractions: Plant Physiology Communications Broadening Electives Directed Elective Requirements Additional Science Requirements Plant Genetics Introduction to Molecular Biology Laboratory in Genetic Biology Eukaryotic Genetics Elective Courses Introduction to Plant Science The Nature of Physical Science and Biochemistry or General Physics Search Campus Map Directories Web Master

72. L. Bogorad, 82, Leading Researcher On Plant Genetics, Dies
    L. Bogorad, 82, Leading Researcher on plant genetics, Dies. L. Bogorad, 82, Leading Researcher on plant genetics, Dies. From L. Bogorad  
    http://www.stargeek.com/item/61239.html
    
    Extractions: stargeek home PHP scripts articles seo tools ... shop From: L. Bogorad, 82, Leading Researcher on Plant Genetics, Dies Lawrence Bogorad was widely known for his work on the synthesis of chlorophyll and on inheritance patterns in a variety of plants. document.write('Click here for great deals on Salvia - IamShaman'); No Comments yet. Name: Email Address: (it will not be displayed) Send me information on updates at stargeek.com: Title: Comments: Similar Items From: phpeverywhere Inheritance Considered Harmful (PDF) It could also be argued that inheritance falls into the class of programming language features which are accepted and instigated without thorough analysis, only to be subsequently rejected when experience has shown them to be unhelpful. It would appear that encapsulation is more relevant and applicable than inheritance, and its benefits to the maintenance process are more obvious. In [12], it is suggested that in future systems, architectures based on aggregation will be more appropriate than those based on inheritance. This is particularly true of systems incorporating multiple inheritance whose structures have tended to be elaborately concocted... Lastly, contrary to what was originally thought, it may be that most OO systems are simply not amenable to the use of inheritance, and their functionality does not lend itself well to use of inheritance.

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

74. 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
    
    Extractions: 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.

75. [UK Edition] OnTheWeb.co.uk: Plant Genetics
    James M. Church Only £84.00! UK Web Search Results plant genetics (page 1). Related UK Product Matches plant genetics Books (716) shop.ontheweb.co.uk.  
    http://www.ontheweb.co.uk/uks/plant-genetics.html

76. Genes, Roses, And Plant Genetics
    Because the polyploid plant retains more than the traditional amount of genetic information from its parents, it is able to evolve as a species with  
    http://www.ufgi.ufl.edu/UFGInews/Plant genetics.htm
    
    Extractions: Your browser does not support script By John Pastor GAINESVILLE Fla. — Anyone who has ever stopped to smell the roses is familiar with the largest group of plants, the angiosperms, also known as the flowering plants. But deep understanding requires the melding of various scientific disciplines, such as botany, paleontology and genomics. Further, it requires historical sensibilities grafted from Gregor Mendel, the father of genetics, to look 130 million years through time to the Cretaceous era to find the ancestors of the rose. These were days when the tyrannosaurus was king and plants, although they had existed for about 300 million years, were just beginning to develop flowers and fruit.             Working to understand the origin of the flower and to chart the relationships that connect living species are University of Florida Genetics Institute researchers Douglas and Pamela Soltis.             As notable architects of international scientific efforts such as the Floral Genome Project and Deep Time — both about midway through five-year missions — these are not your parents’ historians. Nor are they strictly aligned with traditional Darwinian evolution. As one writer noted after an interview with the Soltises, perhaps Darwin ’s “Origin of Species” would be more aptly titled in the plural: “Origins of Species.”

77. GTS362 Plant Genetics And Biotechnology
    GTS 362 plant genetics and Biotechnology. MODULE DESCRIPTION. Plant genetic resources and genetic systems. Plant genome organization and evolution.  
    http://www.up.ac.za/academic/genetics/academic/GTS362.htm
    
    Extractions: MODULE DESCRIPTION Plant genetic resources and genetic systems. Plant genome organization and evolution. Control of gene expression in plants: cis and trans regulation, mRNA stability, gene silencing and RNA signaling, regulation of cytoplasmic genes, light/dark regulation, hormonal control and signal transduction during defense. Protein processing. Developmental genetics: seed/embryo development, control of vascular development and flowering. Genetics of male sterility and self-incompatibility. Plant biotechnology, tissue and cell cultures, plant transformation and regeneration. MODULE CONTENT Study Units:

78. Genome Biology | Full Text | Frontiers In Plant Genetics
    Enter your email address to receive regular updates from Genome Biology. Although all research articles in Genome Biology are available  
    http://genomebiology.com/2003/5/1/302
    
    Extractions: home comment reviews reports ... my journal Enter your e-mail address to receive regular updates from Genome Biology Although all research articles in Genome Biology are available free, most other articles require a subscription Click here to view an abstract of this article Click here to login if you are already a subscriber to Genome Biology Subscribe to Genome Biology Register for a free online trial Ask your librarian to investigate institutional access Athens users please click here to gain access If you believe you are seeing this page in error,

79. Plant Genetics
    This course will introduce students to the basics of genetics in plants. (CKW). Use of plant tissue culture for genetic manipulation of plant species.  
    http://www.lifesci.sussex.ac.uk/gradstudies/pb/pg.html
    
    Extractions: 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)

80. Yeda Research And Development Company Ltd. At The Weizmann Institute Of Science,
    Agriculture and plant genetics, Projects available for licensing AP1175 Transgenic Plants For Phytoremediation And For Increased  
    http://yeda.weizmann.ac.il/ProjectList.phtml?cat=6

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