Plant Biochemistry and Molecular Biology

Description

Light Energy and Photosynthesis; The Pigments that Absorb Light; Photosystems and Electron Transport; PPj-Fructose 6-Phosphate 1-Phosphotransferase (PFP); The Pathway of Gluconeogenesis and its Contrai; Mitochondrial Transporters; Oxidation of Carbon Compounds; Electron Transport and Terminal Oxidases; Non-phosphorylating Electron Transport; Fonnulation of the Benson-Calvin Cycle; Regulation of the Benson-Calvin Cycle; Reactions Catalysed by Rubisco; Regulation of Rubisco; Reduction of Glycerate 3-Phosphate to Triose Phosphate; Regeneration of RuBP from Triose Phosphate; Fructose .6-bisphosphatase; Ribu/ase 5-phosphate kinase; Control of Flux by Enzymes of the Benson-Calvin Cycle; Properties of the Phosphate Translocator; Translocation of Other Metabolites Across the Chloroplast Envelope; Inhibition of Carbon Assimilation by Oxygen; The Origin of Glycollate The Recovery of Glycollate; The Reassimilation of NH3; Measurement of Photorespiratory Fluxes; Efftux of Carbon Dioxide into Carbon Dioxide-free Air; Uptake of 14CO2; Uptake of 1802; Photorespiratory Mutants; Factors Affecting the Rate of Photorespiration; E The Elucidation of the C4 Pathway; The Operation of the C4 System; Differences in the C4 Mechanism; Intercellular Transport in C4 Plants; Regulation of the C4 Pathway; Sucrose and Starch Synthesis in C4 Plants; The Evidence for Crassulacean Acid Metabolism; The Nocturnal Conversion of Carbohydrate to Malate; Transport of Malate into the Vacuole; The Oecarboxylation of Malate; Gas Exchange in Crassulacean Acid Metabolism Plants; Phase 1: M alic Acid Synthesis in lhe Dark; Phase 2: The lnitial Period in lhe Light; Phase 3: Malic Acid Decarboxylation; Phase 4: Malate Decarboxylation Ceases, as does Glucan Accumulation; Regulation of Crassulacean Acid Metabolism; Crassulacean Acid Metabolism as a Survival Mechanism; Response to Carbon Oioxide and the Carbon Oioxide Compensation Concentration; Fixation in C3 and C4 Plants; Water-use Efficiency ; l Carbon Isotope Oiscrimination; Sources of Carbon for Sucrose Synthesis; Sucrose Cleavage; Sucrose Storage; Feedforward Contrai of Sucrose Synthesis; Feedback Contrai of Sucrose Synthesis; Regulation of Starch Synthesis in lhe Chloroplast; Sucrose Transport; Transport of Sucrose Between Leaf Cells; Phloem Unloading; STARCH; Structure and Occurrence; Synthesis; ADP-Glucose Pyrophosphorylase; Regulation of Starch Synthesis in Storage Tissues; Breakdown; Amylase (I,4-a-D-glucan 4-g1ucanohydrolase); Glucosidase (a-D-glucoside hydrolase); Debranching Enzyme (a-dextrin 6-g1ucanohydrolase); General; Structure; lnulins; Levans; Neokestose Series; Synthesis of I-Kestotriose; Chain Elongation; Oegradation; Fructan Accumulation; Polymers of lhe Matrix; Pectic Polysaccharides; Hemicellulosic Polysaccharides; Cellulose; Structural Proteins; Phenolic Compounds; Structure of the Wall; Cell Wall Synthesi; Provision of Nucleoside Diphosphate Sugars; Monosaccharide Structure Stereoisomerism: D- and L-Sugars Ring Formation and Anomers G1ycoside; Fatty Acids Glycerolipids; BIOSYNTHESIS; Generation or Acetyl-CoA;Fatty Acid Biosynthesis; Formation or Oleoyl-CoA; Modification or 0leoyl-CoA; Assembly or Membrane Lipids; Assembly or Storage Lipids; Assembly or Structural Lipids; Membrane Lipid Turnover; Storage Lipid Mobilization; Membrane Lipid Mobilization; Oilseeds; Non-edible Oils; Designer Oilseed Crops; Sources or Nitrogen: The Nitrogen Cycle; Nitrogen Fixation; The Organisms; I Molybdenum Nitrogenase; IIso/ation and Properties; Reaction Mechanism; Mo-independent Nitrogenases; Integration with Metabolism; Diazotrophic Cyanobacteria; Oxygen; Energy and Reductant; Assimi/ation of Fixed Nitrogen; The Rhizobium-Legume Symbiosis; The Contrai of Nodu/ation; Oxygen; Energy and Reductant; Assimi/ation ofFixed Nitrogen; Other Nitrogen-fixing Associations; Regulation or Nitrogenase Activity; Structure; Genetics and Molecular Biology; Regulation; Genetics and Molecular Biology; Regulation; Structure; Molecular Biology and Regulation; Asparagine Metabolism; The Ureides; Lysine Synthesis; Threonine Synthesis; Methionine Synthesis; Isoleucine Synthesis; Overall Regulation or Aspartate Pathway; The Overproduction or Lysine and Threonine; Proline; Arginine; y-Aminobutyrate; Sulphate Reduction; Glutathione; Branch Point Enzymes; Oxygenases; Methyltransferases; Structural Elaboration; Glycosy transferases and Vacuolar Storage; Alkaloids Derived from Amino Acids; Glycosy1ated Nitrogen-containing Toxins; Non-protein Amino Acids; Role in P1ant-Insect Interactions; Role in P1ant-Vertebrate lnteractions; Role in Plant-P1ant Interactions; Nuclear-encoded Proteins; Elongation and Release; Chloroplast and Mitochondrial Protein Synthesis; Targeting to Plastids; lnvestigating Chloroplast Protein lmport; Precursors o/ Chloroplast Proteins; Targeting o/ Proteins to lhe Stroma; Targeting to lhe Envelope Membranes and the lntermembrane Space; The Secretory and Vacuolar Pathways; Secretion; Sorting to lhe Vacuole; Mitochondria; Microbodies; Genes are only a Fraction of Plant DNA; Role of Proximal Promoter Regulatory Sequences; Role of Distal Regulatory Sequences; Enhancers; Processing of RNA; Capping; Polyadenylation; RNA Splicing; Control of Transcription; Measurement o/ Transcriptional Activity; Enabling Transcription; Activating Transcription; Post-transcriptional ContraI of Gene Expression; A Note about Regulation at lhe Levei o/ Translation; Promoter-Reporter Gene Fusions; Glucuronidase; Aequorin; Green Fluorescent Protein; Signal Transduction Pathways; Primary Sensors; Secondary Messengers; The Perception of Ethylene; An Ethylene Sensor; One ofthe Messengers;Responses to Pathogens; Induced Genes; The Plant Cell Wall; The Hypersensitive Response and lhe lsolation of Resistance Genes; Map-based Clomng; Gene Tagging: Transposons; Gene Tagging: T-DNA; Isolation of Tagged Genes; IReverse Genetics; Fertilization; Gametophytic lncompatibility; Sporophytic lncompatibility; Barriers to lnterspecies Pollination;Embryogenesis; Embryonic Maturation; Climacteric and Non-climacteric Fruit; Ripening in Tomato; Hormones and Germination; Mobilization of Reserves in Cereal Grains; Regulation of Gene Expression by Gibberellic Acid; Homoeotic Mutations in Floral Development; Molecular Analysis of Homoeotic Genes; Protoplast Isolation; Transient Expression Assays; DMGT and Stable Transformation; The Biology of lhe Agrobacterium-Plant Interaction;Transformation using Agrobacterium; Promoter Analysis and ControIling Gene Expression in Transgenic Plants; Knocking Out Gene Activity by Antisense Expression and Co-suppression; Biochemical Function of Gene Products; Gene Tagging; Herbicide Tolerance; Resistance to Insects; Engineering Viral Resistance; Resistance to Fungal and Bacterial Pathogens; Carbohydrates; Fats and Oils.

Get the book

Amazon.com

Search the book

eBay.com

Search the book

Other editions

• 

  Plant Biochemistry and Molecular Biology

  • 1999-01-26
  • 384 pages
  • Paperback
  • Wiley
• 

  Plant Biochemistry and Molecular Biology

  • 1997
  • 522 pages
  • Paperback
  • Oxford University Press

Similar books

• 

  BIOLOGY OF BACULOVIRUSES

  By Brian A. Federici, Robert R. Granados

  Kaya , H. K. and Tanada , Y. , Properties of a viral factor toxic to the parasitoid , Apanteles militaris , J. Insect . ... J. , Hughes , K. M. , Dunn , P. H. , and Hall , I. H. , A granulosis virus disease of the western grape leaf ...

• 

  BIOLOGY OF BACULOVIRUSES

  By Brian A. Federici, Robert R. Granados

  Vail , P. V. , Knell , J. D. , Summers , M. D. , and Cowan , D. K. , In vivo infectivity of baculovirus isolates , variants , and natural recombinants in alternate hosts , Environ . Entomol . , 11 , 1187 , 1982 . 81.

• 

  علم الأحياء: biology

  By Peter H. Raven, Kenneth A. Mason, Susan R. Singer

  يحظى كتاب (علم الأحياء) منذ طبعته الأولى عام 1982 بنجاحٍ منقطع النظير بين المختصين والأكاديميين، ليصبح اليوم في طبعته الثامنة المرجع ...

• 

  Papers in biochemical genetics. 2nd ed. Edited by Geoffrey L. Zubay and Julius Marmur

  By Geoffrey L. Zubay, Julius MARMUR

  Papers in biochemical genetics. 2nd ed. Edited by Geoffrey L. Zubay and Julius Marmur

• 

  果蔬微生物学

  By 【美】萨珀斯, 【美】戈尼, 【美】约瑟夫

  【美】萨珀斯(Gerald M. Sapers), 【美】戈尼(James R. Gorny), 【美】约瑟夫(Ahmed E. Yousef). 6.Simons,M.et al.,Gnotobiotic system for studying rhizosphere colonization by plant growth-promoting Pseudomonas bacteria,Mol.Plant.

• 

  Biology of Microorganisms

  By Thomas D. Brock

  ... and spermatozoids enter the colony 0000000 Successive longitudinal divisions Egg Synthesis of flagella Motile packets of spermatozoids are released Sperm packet containing motile spermatozoids 8 E cole Fertilization by one ...

• 

  Ainsworth & Bisby's Dictionary of the Fungi

  By Geoffrey Clough Ainsworth, D. L. Hawksworth, Guy Richard Bisby

  This edition also has several other new features: a) the inclusion of a key to the accepted families for the first time since the fifth ed. em 1961; b) a synopsis of the genera referred to particular orders and families; c) notes on major ...

• 

  A Revision of the Genus Hypoxylon

  By Yu-Ming Ju, Jack D. Rogers

  Yu-Ming Ju, Jack D. Rogers. howeianum ) ; Vermont , Winooski , Griffin , D.B. , wood , as H. coccineum ( BPI ... 7B Etymology : For Stanley J. Hughes , Welsh - Canadian mycologist . A Hypoxylo dieckmannii differt in ascosporis 9-12 x ...

• 

  Appleton & Lange's Review of Microbiology & Immunology

  By William W. Yotis, Tadayo Hashimoto, Harold J. Blumenthal

  ( Brooks et al , p 374 ) every million vaccinations . The syndrome is a self - limiting paralysis . Five to ten percent of individuals afflicted with Guillain - Barré syndrome show muscle weakness , and roughly 5 % die .

• 

  Cofactors in HIV 1 Infection & AIDS

  By Ronald Ross Watson

  This book provides the most up-to-date information available to help you better understand and identify cofactors and potential cofactors for additional study of Acquired Immunodeficiency Syndrome (AIDS). This volume is...