Jean dominique meunier cerege

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His team was the first one to demonstrate that silicon enhances root acquisition and shoot remobilization of iron through up-regulating the expression of key genes involved in these processes. Brenda S. His research mainly focuses tolerance mechanism of plants to aluminum ion toxicity in acidic soil. Much of his work has been on bone in understanding the role silicon may play in the maintenance of normal bone health. Rivka Elbaum is a physical chemist, studying plant materials and physiology. He has published extensively, building the evidence-base on effects of silicon on diseaseepidemiology, defense mechanisms, and integrated disease management. In recent activities, his team has been investigating Si transporters and absorption in plants in order to optimize the application of Si through a better understanding of the genetic predisposition of plants to absorb the element. Brenda S. He and his collaborators identified a key transcription factor, ART1 for aluminum response gene expression in rice. They concluded that both active and passive Si-uptake components co-exist in different crop specieswith their relative contribution depending on both the genotype and the external Si concentrations.

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  • Authors: Riotte Jean Meunier Jean-Dominique, Zambardi Thomas, Audry Stephane, Barboni Doris, Anupama Krishnamurthy, Prasad Srinivasan, Chmeleff.

    Perrine CHAURAND

    J.D. Meunier of Aix-Marseille Université, Marseille (AMU) | Read 67 publications, and contact J.D. Meunier Jean-Thomas Cornelis . Dominique Strasberg; [. Jean Dominique Meunier's 6 research works with citations and reads, including: Diatomaceous earth as source of silicon on the growth and yield of.
    They concluded that both active and passive Si-uptake components co-exist in different crop specieswith their relative contribution depending on both the genotype and the external Si concentrations.

    Meunier JD Citations Google Scholar

    Rivka Elbaum is a physical chemist, studying plant materials and physiology. His main center of interest is soil microbiology and environmental biogeochemistry, especially in paddy soil and wetland. Her work is inherently multi-disciplinary, allowing to developing new concepts in plant silicification.

    Video: Jean dominique meunier cerege Jean Dominique Edito: CNO - CEP - Berlanger (27 mars 2000)

    He has published extensively, building the evidence-base on effects of silicon on diseaseepidemiology, defense mechanisms, and integrated disease management.

    images jean dominique meunier cerege
    Jean dominique meunier cerege
    His most accomplished work on plant silicon biology ranges from Si uptake and transport to abiotic and biotic stresses He and his co-workers have demonstrated that silicon-enhanced antioxidant defense capacity is one of the major mechanisms of resistance to salinity stress and a universal mechanism of Si-enhanced resistance to abiotic stress.

    Sinceshe is leading a successful lab at the Hebrew University of Jerusalem, RH Smith Faculty of Agriculture, where she studies the plant cell wall structure and composition.

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    He has published extensively, building the evidence-base on effects of silicon on diseaseepidemiology, defense mechanisms, and integrated disease management. Recently he pointed out importance of node in graminaceous plants in terms of preferential distribution control of mineral nutrients.

    images jean dominique meunier cerege

    Brenda S. Much of his work has been on bone in understanding the role silicon may play in the maintenance of normal bone health.

    Adresse e-mail validée de A Alexandré, JD Meunier, AM Lézine, A Vincens, D Schwartz J Dominique Meunier, F Colin, C Alarcon.

    Jeandominique MEUNIER

    Geology 27 (9). Publications by authors named "Jean-Dominique Meunier" CNRS, IRD, Coll France, CEREGE, Aix Marseille Université,Aix-en-Provence Cedex Phytoliths: Applications in Earth Sciences and Human History EDITED BY JEAN DOMINIQUE MEUNIER CEREGE, Aix en Provence, France FABRICE COLIN.
    In recent activities, his team has been investigating Si transporters and absorption in plants in order to optimize the application of Si through a better understanding of the genetic predisposition of plants to absorb the element.

    Current research of his group centers on nutrient acquisition and transport in crops as well as on the plant response mechanisms to mineral stresses, from nutrient deficiency to the excess of different minerals.

    Video: Jean dominique meunier cerege Jean-Dominique Giuliani

    His main center of interest is the environmental biogeochemistry. Along those lines, sustained efforts have been devoted to the study of the prophylactic properties of silicon against plant pathogens with a special emphasis toward understanding the elusive properties of Si as it interacts with plants.

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    His special focus is to understand the mechanisms through which silicon mediates a root responses for rhizosphere mobilization and root uptake of nutrients e. New insights on the way tissues function by applying materials chemistry concepts to plant tissues was studied.

    images jean dominique meunier cerege

    images jean dominique meunier cerege
    Jean dominique meunier cerege
    Then they characterized downstream various tolerance mechanisms.

    Recently he pointed out importance of node in graminaceous plants in terms of preferential distribution control of mineral nutrients.

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    images jean dominique meunier cerege

    Sinceshe is leading a successful lab at the Hebrew University of Jerusalem, RH Smith Faculty of Agriculture, where she studies the plant cell wall structure and composition. His team was the first one to demonstrate that silicon enhances root acquisition and shoot remobilization of iron through up-regulating the expression of key genes involved in these processes.