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Introduction to plant physiology : environmental approach

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  • "Plant physiology"
  • "Introduction to plant physiology. Français"

http://schema.org/description

  • "Cells, tissues, and organs: the architecture of plants; The plant cell building blocks: lipids, proteins, and carbohydrates; Lipids are a class of molecules that includes fats, oils, sterols, and pigments; Proteins playa central role in the biochemistry of cells and are responsible for virtually all the properties of life as we know it; Carbohydrates are the most abundant class of biological molecules; Biological membranes; The membrane lipid forms a bilayer, a highly fluid but very stable structure; Membranes contain significantamounts of protein; Cellular organelles; Most mature plant cells contain a large, central vacuole; The nucleus is the information center of the cell; The endoplasmic reticulum and golgi apparatus are centers of membrane biosynthesis and secretory activities; The mitochondrion is the principal site of cellular respiration; Plastids are a family of organelles with a variety of functions; Microbodies are metabolically very active; Cytoskeleton the extracellular matrix; The primary cell wall is a flexible n etwork of cellulose microfibrils and cross-linking glycans; The cellulose-glycan lattice is embedded in a matrix of pectin and protein; Cellulose microfibrils are assembled at the plasma membrane as they are extruded into the cell wall; The secondary cell wall is deposited on the inside of the primary wall in maturing cells; Plasmadesmata are cytoplasmic channels extend through the wall to connect the protoplasts of adjacent cells; Tissues and organs; Tissues are groups of cells that form organized, functional unit; Meristems are regions of perpetually dividing cells; Parenchyma is the most abundant living tissue in plants; Supporting tissues are distributed throughout the primary and secondary plant bodies; Vascular tissues are the principal conducting tissues for water and nutrients ; Epidermis is a superficial tissue that f orms a continuous layer over the surface of the primary; Plant body; Plant organs; Roots anchor the plant and absorb water and minerais from the soil."
  • "Textbook, concepts, experimental data."
  • "Expose les dernières mises à jour relatives au mode de fonctionnement des plantes : organisation des cellules et des organes des plantes, les relations hydriques et le nutrition minérale, leur métabolisme, la régulation de la croissance, la physiologie du stress et la biotechnologie."
  • "Written as a textbook for a first course in plant physiology, this book introduces the student to the fundamental concepts of how plants work within a framework of historical origins and modern experimental evidence."
  • "Plants and inorganic nutrients. Roots, soils, and nutrient uptake. Plants and nitrogen. Light and pigments: an introduction to photobiology. Leavesand photosynthesis. Bioenergetics and the light-dependent reactions of photosynthesis. Photossynthesis: carbon metabolism. Translocation and distribution of photoassimilates. Cellular respiration: retrieving the energy in photoassimilates. Carbon assimilation and productivity. Patterns in plant development. The role of hormones in plant development. Biochemistry and mode of action of hormones. Photomorphogenesis - responding to light. Plant movements - orientation in space. Measuring time: photoperiodism and rhythmic phenomena. Temperature and plant development. The physiology of plants under stress. Plant physiology and biotechnology."

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  • "Lehrbuch"@en
  • "Lehrbuch"
  • "Matériel didactique"
  • "Příručky"

http://schema.org/name

  • "Physiologie végétale"
  • "Introduction to Plant Physiology"
  • "Introduction to plant physiology : environmental approach"@en
  • "Introduction to plant physiology : environmental approach"
  • "Introduction to plant physiology"
  • "Introduction to plant physiology"@en

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