tailieunhanh - Plant Nutritional Genomics

A ‘textbook’ plant typically comprises about 85% water and carbohy- drates. The remaining fraction contains at least 14 mineral elements, without which plants would be unable to complete their life cycles. These essential mineral elements include six macronutrients – N, K, P, S, Mg and Ca – which are present in relatively large amounts in plant tissues (mg g−1 of dry tissue), and several micronutrients, including Fe and Zn, which are present in smaller amounts (µg g−1 of dry tissue). Tissue concentrations of these essential mineral elements must be maintained within a certain range, since mineral deficiencies limit growth and crop production, and mineral excesses are toxic. In addition, plants. | Plant Nutritional Genomics Biological Sciences Series A series which provides an accessible source of information at research and professional level in chosen sectors of the biological sciences. Series Editor Professor Jeremy A. Roberts Plant Science Division School of Biosciences University of Nottingham. UK. Titles in the series Biology of Farmed Fish Edited by . Black and . Pickering Stress Physiology in Animals Edited by . Balm Seed Technology and its Biological Basis Edited by M. Black and . Bewley Leaf Development and Canopy Growth Edited by B. Marshall and . Roberts Environmental Impacts of Aquaculture Edited by . Black Herbicides and their Mechanisms of Action Edited by . Cobb and . Kirkwood The Plant Cell Cycle and its Interfaces Edited by D. Francis Meristematic Tissues in Plant Growth and Development Edited by . McManus and . Veit Fruit Quality and its Biological Basis Edited by M. Knee Pectins and their Manipulation Edited by Graham B. Seymour and J. Paul Knox Wood Quality and its Biological Basis Edited by . Barnett and G. Jeronimidis Plant Molecular Breeding Edited by . Newbury Biogeochemistry of Marine Systems Edited by . Black and G. Shimmield Programmed Cell Death in Plants Edited by J. Gray Water Use Efficiency in Plant Biology Edited by . Bacon Plant Lipids - Biology Utilisation and Manipulation Edited by . Murphy Plant Nutritional Genomics Edited by . Broadley and PJ. White Plant Nutritional Genomics Edited by MARTIN R. BROADLEY Plant Sciences Division School of Biosciences University of Nottingham UK and PHILIP J. WHITE. Warwick HRI University of Warwick Wellesbourne Warwick UK Blackwell Publishing CRC .

• Sinh học
• nitrate uptake
• transport within
• Ammonium uptake
• ammonium uptake
• molecular basis
• Nitrate uptake and transport
• Plant Biology
• Nitrogen use efficiency
• Nitrate signaling
• Utilize nitrate
• Grapevines uptake
• Lemna minor L
• Nitrate uptake capacity
• Friendly environment
• Nutrient increase
• Organic pollution
• BMC Plant Biology
• Nitrogen uptake
• Nitrate transporter
• Gene expression
• Tetraploid wheat progenitor