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Plant Physiology: more books (100)

Structure and Function of Plants by Jennifer W. MacAdam, 2009-02-03
Principles of Plant Nutrition by Konrad Mengel, Ernest A. Kirkby, 2001-07-01
Advanced Plant Physiology
Environmental Physiology of Plants, Third Edition by Alastair H. Fitter, Robert K.M. Hay, 2001-10-31
Physiology and Behaviour of Plants by Peter Scott, 2008-04-11
Plant Physiological Ecology by Hans Lambers, F. Stuart ChapinIII, et all 2008-10-24
Plants under Stress: Biochemistry, Physiology and Ecology and their Application to Plant Improvement (Society for Experimental Biology Seminar Series)
The Algorithmic Beauty of Plants (The Virtual Laboratory) by Przemyslaw Prusinkiewicz, Aristid Lindenmayer, 1996-03-27
Principles of plant physiology, by Oran Lee Raber, 1933
Physiology of Crop Plants by Frank P. Gardner, Brent Pearce, et all 1984-11-30
Experiments in Plant Physiology by Carol Reiss, 1993-10-23
Nature's Palette: The Science of Plant Color by David Lee, 2007-11-30
Plant and Crop Modeling: A Mathematical Approach to Plant and Crop Physiology by John H. M. Thornley, Ian R. Johnson, 2000-06-01
Plant Physiology in Relation to Horticulture by J.K.A. Bleasdale, 1983-12

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IngentaConnect Publication: Journal Of Plant Physiology
Journal of plant physiology. ISSN 01761617 visit publication homepage Journal of plant physiology logo Urban Fischer logo. Publisher Urban Fischer
http://www.ingentaconnect.com/content/urban/271

Extractions: var tcdacmd="dt"; For Researchers For Librarians CM8ShowAd("HorizontalBanner"); ISSN 0176-1617 visit publication homepage Publisher: issues are available electronically Key: - Free Content - New Content - Subscribed Content - Free Trial Content CM8ShowAd("Skyscraper"); Volume 161 Number 6, June 2004 Number 5, May 2004 Number 4, April 2004 Number 3, March 2004 ... Number 1, January 2004 Volume 160 Number 12, December 2003 Number 11, November 2003 Number 10, October 2003 Number 9, September 2003 ... Number 1, January 2003 Volume 159 Number 12, December 2002
Welcome::. To Academic Journals Inc.
American Journal of plant physiology. 2008 Volume 3. Number of issues per year 6. ISSN 15574539 (Print). ISSN 1557-4547 (Online-Open Access)
http://www.academicjournals.net/2/c4p.php?id=2&theme=2&jid=ajpp
HORT640 - Metabolic Plant Physiology - Department Of Horticulture And Landscape
Part A primarily covers plant carbon metabolism (photosynthesis, respiration, lipid biosynthesis). Part B primarily covers cell wall biosynthesis,
http://www.hort.purdue.edu/rhodcv/hort640c/INDEX.HTM

Extractions: Fall Semester, MWF 1.30 PM, Room HLA 210 Instructor: David Rhodes (Office, Room HLA 114) This 15 week course is a 3 credit, graduate level course consisting of 3 parts. Part A is taught by Natalia Dudareva, Part B is taught by Nick Carpita, and Part C is taught by David Rhodes. Part A primarily covers plant carbon metabolism (photosynthesis, respiration, lipid biosynthesis). Part B primarily covers cell wall biosynthesis, cellulose and sugar metabolism. Part C takes an in-depth look at the regulation of nitrogen (N) and sulfur (S) metabolism in plants, and the interfaces between nitrogen, sulfur and carbon metabolism, and between primary and secondary metabolism. This web page provides course notes discussing key aspects of plant N and S assimilation pathways and their control, and provides a comprehensive list of references. These resources are primarily intended as additional resources for Part C of the course. The HORT640 page provides convenient links to the "PubMed", "Scirus", "ISI Web of Knowledge" and "Google" search engines to facilitate searches for additional references and other www resources. The HORT640 page also provides extensive links to ligand, enzyme, metabolic pathway and gene databases where enzyme reactions, biochemical maps, substrate and product structures, and the latest protein and gene sequence data for specified enzymes can be obtained. Because of the extensive literature in this subject area, independent reading is expected. Beginning in Fall 2003, the following book is
Russian Journal Of Plant Physiology
The Russian Journal of plant physiology (Fiziologiya rastenii) is the most popular journal in phytophysiology in the former Soviet Union.
http://www.maik.rssi.ru/journals/plntphys.htm
Botanisches Institut Basel - Botanical Institute Basel - Hebelstrasse
This sections contains research groups working on ethylene, mycorrhiza, fructans and other areas.
http://www.unibas.ch/bothebel/
American Society Of Plant Biologists Home Page
MidWestern 2008 Meeting Announcement Registration and Abstract Submission. plant physiology Upcoming Focus Issue Membrane Trafficking ASPB Meetings
http://www.aspb.org/

Extractions: NSF IOS Programs for Plant Biologists: Research Funding Opportunities at the National Science Foundation 2008 Nominations are now open for the Executive Committee and for nine ASPB Awards Members! Did you forget to renew? Applications are now being accepted for the ASPB Summer Undergraduate Research Fellowships Western Section Annual Meeting Registration and Abstract Submission is Still Open!
Indian Agricultural Research Institute
Principles of plant physiology I (3L+0P) PP 100 Experimental plant physiology .. Indian Society for plant physiology. Publishes Indian Journal of Plant
http://www.iari.res.in/divisions/plant_physiology/

Extractions: E-mail :girish_chand_srivastava@rediffmail.com Dr. P.S.Deshmukh Head Dr. G.C.Srivastava Professor Dr. D.C.Uprety National Fellow Dr. M.C.Ghildiyal Principal Scientist Dr. R.K.Sairam Principal Scientist Dr. V.P.Singh Sr.Scientist Dr.(Mrs.)Santosh Kumari Sr.Scientist Dr. Ajay Arora Sr.Scientist Dr.(Mrs.)Poonam Sharma-Natu Sr. Scientist Dr. Madan Pal Sr. Scientist Dr. (Mrs.) Vanita Jain Sr. Scientist Dr. (Mrs.) Sunita Kumari Scientist (Sr. Scale) Dr. Vijay Paul Scientist (Sr. Scale) Dr. Renu Pandey Scientist Mr. H.M. Tiwari Asstt.Executive Engineer (T-7) Dr. D.V.Singh Technical Officer (T-6) Dr. N.K. Prasad Technical Officer (T-6) Dr. Attar Singh Technical Officer (T-6) Dr. K.P. Singh Technical Officer (T-6) Dr. D.C. Saxena Technical Officer (T-6) Mr. S.M. Misra Technical Officer (T-6) Dr. Sita Ram Kushwaha Technical Officer (T-6) Mrs. Sangeeta Khetrapal Technical Officer (T-6) Dr. Tej Pal singh Technical Officer (T-6) Mr. Amarjeet Singh Technical Officer (T-5) Mr. R.C. Paswan Technical Officer (T-5) Mr. R.C. Meena Technical Officer (T-5)
Mimicking Plant Evolution Proves Fruitful - Frontiers - MSNBC.com
In a study published within the journal plant physiology, Long and colleagues have suggested a way forward for both aims by using a supercomputer to design
http://www.msnbc.msn.com/id/22561478/

Extractions: Bryn Nelson Columnist MSNBC Bryn Nelson Columnist By mimicking plant evolution, a team of researchers has improved upon natureâs design to build a leafy energy-producing powerhouse â or at least a virtual one on a supercomputer. Efforts to improve crop yields without resorting to more nitrogen-based fertilizer and a growing interest in plant-based biofuels have combined to make the energy-amassing process of photosynthesis a hot research topic. A big challenge, according to University of Illinois at Urbana-Champaign crop sciences professor Steve Long, is ensuring that enough energy can be produced to yield both food and fuel. In a study published within the journal Plant Physiology, Long and colleagues have suggested a way forward for both aims by using a supercomputer to design a photosynthetic pathway that is 76 percent more efficient than anything found within natural greenery.
ZMBP Center For Plant Molecular Biology
leer Go to Developmental Genetics leer, Go to General Genetics leer, Go to Plant Biochemistry leer, Go to plant physiology leer, Go to ZMBP Central
http://www.zmbp.uni-tuebingen.de/
Plant Physiology
The research involves several disciplines, including physics, biophysics, chemistry, structural biology, biochemistry, molecular biology and physiology,
http://www.mrgrow.com/content/physio.htm

Extractions: Plant Physiology Photosynthesis Transpiration Respiration Osmosis Photosynthesis The process by which plants use the sun's light to produce food, specifically sugars. Many things must be present for photosynthesis to take place. The sun's light, water, carbon dioxide and chlorophyll are needed to complete the process vital to plant growth. The overall equation for photosynthesis is deceptively simple. In fact, a complex set of physical and chemical reactions must occur in a coordinated manner for the synthesis of carbohydrates. To produce a sugar molecule such as sucrose, plants require nearly 30 distinct proteins that work within a complicated membrane structure. Research into the mechanism of photosynthesis centers on understanding the structure of the photosynthetic components and the molecular processes that use radiant energy to drive carbohydrate synthesis. The research involves several disciplines, including physics, biophysics, chemistry, structural biology, biochemistry, molecular biology and physiology, and serves as an outstanding example of the success of multidisciplinary research. As such, photosynthesis presents a special challenge in understanding several interrelated molecular processes. O + light energy = C H O The product of photosynthesis is a carbohydrate, such as the sugar glucose, and oxygen which is released to the atmosphere. All of the sugar produced in the photosynthetic cells of plants and other organisms is derived from the initial chemical combining of carbon dioxide and water with sunlight. This chemical reaction is catalyzed by chlorophyll acting in concert with other pigment, lipid, sugars, protein, and nucleic acid molecules. Sugars created in photosynthesis can be later converted by the plant to starch for storage, or it can be combined with other sugar molecules to form specialized carbohydrates such as cellulose, or it can be combined with other nutrients such as nitrogen, phosphorus, and sulfur, to build complex molecules such as proteins and nucleic acids.
Journals Of The American Society Of Plant Biologists
The Plant Cell Online and plant physiology Online are published with the assistance of Stanford University s HighWire Press®
http://www.aspbjournals.org/

Extractions: A dvancing the S cience of P lant B iology Articles posted online up to 8 weeks before the final issue becomes available Open Access optionsfree in Plant Physiology if corresponding author is an ASPB member; option to purchase OA otherwise The Plant Cell : the highest impact factor of all primary research journals in plant biology Plant Physiology : the most highly cited plant biology journal, with more than 40,000 citations in 2006 Complete searchable archives of both journalsback to 1989 for The Plant Cell and to 1926 for Plant Physiology Extensive cross-journal reference linking through Medline, HighWire Press, CrossRef, and ISI's Web of Science E-mail alerts and RSS feeds to let you know when new content has been posted online CiteTrack: personalized e-mail alerts sent to you when new content is available that matches your keywords, titles, or author names or if a selected article has been cited. Supplemental data, including videos and large data sets Fast, easy account activation for individuals and institutions through the HighWire Library of the Sciences and Medicine
Wageningen UR - Wageningen University - Laboratory Of Plant Physiology
Contact. Laboratory of plant physiology. Email office.pph@wur.nl. phone 0317 482147. fax 0317 484740. » more Contact
http://www.pph.wur.nl/

Extractions: Log in Search Links This Site Wageningen UR Site Newsarticles Expert Projects Publications Sites Advanced Search Education Research Publications ... wageningen university (home) laboratory of plant physiology Laboratory of Plant Physiology Laboratory of Plant Physiology Education Publications Links ... Services
IPPM: Interdepartmental Plant Physiology Major
Details of the plant physiology major offered by Iowa State University, USA.
http://www.agron.iastate.edu/ptf/ippm/home.asp

Extractions: The Interdepartmental Plant Physiology Major (IPPM) coordinates graduate education and research in the areas of plant biochemistry, plant molecular biology and plant physiology. Graduate study in IPPM, leading to the M.S. and Ph.D. Degrees, is offered through seven participating departments: Agronomy Chemical and Biological Engineering Ecology, Evolution and Organismal Biology Horticulture , and Plant Pathology Research conducted by the faculty and students of the major represents basic plant physiology, biochemistry and molecular biology. The experimental approaches represented in the major span the range of complexity from molecular studies, to cellular, organismal and the ecological level (crop monocultures and natural populations). Although IPPM graduate students are themselves involved in basic plant biology research, the research focus of the faculty in the major includes both basic and applied approaches. This mix of basic and practical research orientations helps foster a stimulating environment for graduate training.
Plant Physiology
ejournals.ebsco.com/direct.asp?JournalID=101725 Similar pages Oregon State University Online Catalog - Interdisciplinary Program plant physiology is a complex interdisciplinary field that requires broad Courses relevant to plant physiology, and active research programs in plant
http://ejournals.ebsco.com/direct.asp?JournalID=101725
Plant Physiology - Umeå University
In 1999 the Department of plant physiology, formed a centre of experimental plant biology together with the Department of Forest Genetics and Plant
http://www.plantphys.umu.se/index_eng.html
IngentaConnect Publication: Journal Of Plant Physiology
www.ingenta.com/journals/browse/urban/271 Similar pages Graduate Studies in Molecular Plant Sciences - Washington State The molecular plant sciences program at Washington State University, which incorporates plant physiology, biochemistry, and molecular biology, is considered
http://www.ingenta.com/journals/browse/urban/271

Extractions: var tcdacmd="dt"; For Researchers For Librarians CM8ShowAd("HorizontalBanner"); ISSN 0176-1617 visit publication homepage Publisher: issues are available electronically Key: - Free Content - New Content - Subscribed Content - Free Trial Content CM8ShowAd("Skyscraper"); Volume 161 Number 6, June 2004 Number 5, May 2004 Number 4, April 2004 Number 3, March 2004 ... Number 1, January 2004 Volume 160 Number 12, December 2003 Number 11, November 2003 Number 10, October 2003 Number 9, September 2003 ... Number 1, January 2003 Volume 159 Number 12, December 2002
Plant Physiology And Biochemistry
vls.icm.edu.pl/cgibin/sciserv. pl?collection=elsevier journal=09819428 - An umbrella organisation for Europes various national societies of plant physiology, botany or biology.
http://vls.icm.edu.pl/cgi-bin/sciserv.pl?collection=elsevier&journal=09819428
Graduate School Directories - Plant Physiology
Directory of plant physiology graduate and postgraduate school programs, including contact information, program descriptions and links to leading programs
http://www.gradschools.com/programs/plant_physiology.html

Extractions: INFO CENTER Visit our Info Center and find out everything you need to know about graduate school. From applying to studying to financial aid, our Info Center has articles, blogs, and many more resources. GradSchools.com Home Search for Graduate Programs Create a Student Profile Information Center ... StudentProspector Grad School Loans Select: Stafford Loan amount: Loan needed: Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Graduation: Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Email: Programs Available in the USA: Eastern United States Western United States Programs Also Available Worldwide: Canada United Kingdom and Ireland Europe Australia and New Zealand ... Certificate Programs Or select other related directories here Plant Pathology Botany (Plant Sciences) Agronomy About the field of Plant Physiology: Plant Physiology focuses on the functions of living plants and their parts, as well as the chemical and physical processes involved. It stresses the physiological and environmental regulation of plant production and quality. Students will study the physiology of crop yield, the regulation of gene expression, mineral nutrition and ion transport and Allelopathy. They will research the genetic transformation of plants, plant-microbe interactions and plant tissue culture. They will learn about plant anatomy, plant cell biology, biochemistry and molecular biology. Graduates can go on to become botanists, plant entomologists, agricultural engineers, research plant physiologists and more.
Plant Physiology Department
The plant physiology Department is one of the oldest in the Moscow University (founded in 1863). The head of the Department is Prof. Igor Pavlovich Ermakov.
http://herba.msu.ru/departments/physiology/

Extractions: Plant Physiology Department Staff Curriculum Research Publication The Plant Physiology Department is one of the oldest in the Moscow University (founded in 1863). The head of the Department is Prof. Igor Pavlovich Ermakov. The Department provides both educational and scientific programs. The Professors of the Dpt. give lectures on general plant physiology, supported with practical study and seminars for the third year students. Photosynthesis, plant respiration, nitrogen and secondary metabolism, mineral nutrition, water relations in plants, cell structure, hormonal and photoregulation of growth and development, plant resistance are the traditional items of the general course. The students, specializing in the field of plant physiology, attend the advanced programm. It consists of practical study on functional plant anatomy, electron microscopy (Prof. I.P.Ermakov), biotechtology and plant tissue culture (Prof. R.G.Butenko), plant growth and development (Assoc. Prof. L.G.Kosulina), photosynthesis (Prof. A.T.Mokronosov and Assoc. Prof. V.F.Gavrilenko), plant oxidative metabolism (Assoc. Prof. M.I.Tukeeva), mineral nutrition and nitrogen methabolism (Prof. N.D.Alekhina), methods of spectroscopy (Prof. F.F.Litvin). Usually the practice is followed by theoretical lectures.
Plant Physiology: Chloroplast F And M Thioredoxins Discovered In Nonphotosynthet
Scientists have found that the f and m type plant thioredoxins previously thought to be localized only in chloroplasts are found in other, nonphotosynthetic
http://www.sciencedaily.com/releases/2007/10/071016091002.htm

Extractions: Share Blog Cite Print Email Bookmark ScienceDaily (Oct. 17, 2007) See also: TRXs are ubiquitous cellular workhorses that can alter the catalytic properties of specific enzymes. In these so-called redox-regulated reactions, TRXs can transfer hydrogen to convert a disulfide bridge formed between two cysteine amino acids to their unbridged thiol forms. These TRX-responsive disulfide bridges have regulatory functions in numerous cellular processes, including regulatory cascades related to enzyme regulation, stress responses, DNA translation and transcription, protein folding and repair, cell death, and gene expression. Plants have the largest number of thioredoxins of all organisms and are found in all of the major compartments of the plant cell - cytosol, mitochondria, and chloroplasts. In chloroplasts, TRXs regulate numerous enzymes involved in the transformation of carbon into sugars. They also function to regulate the photosynthetic production of ATP, the energy currency of all living organisms and in fatty acid synthesis. All the different types of plant TRXs are encoded in the nucleus. The f and m types were isolated from chloroplasts and function there in light-regulated reactions related to photosynthesis. h-type TRXs are localized in the cytosol and are thought to function in seeds in maturation and germination, in plant reproduction, and in other signaling pathways. Thioredoxin h is also thought to be a mobile element in plants transported through the phloem or directly from cell to cell through plasmodesmata and thus may act as a messenger molecule in signaling. Several other types of TRXs have also been found in plants.

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