Bull. 1989. Gilles, I., H.G. Toxic effect of cobalt on morphology include leaf fall, inhibition of greening, discolored veins, premature leaf closure, and reduced shoot weight. Cobalt in medicinal plants and its effect on the accumulation of biologically active compounds. Blankenship, M.L. 1977. —. Austral. 1989. J. Bot.54: 724–733. 1989. Rauser, W.E. Nutr. SSR. In: Soil testing and plant analysis. 1986. Kim &K.H. Proc. Groundnut root nodulation as affected by micronutrient application andRhizobium inoculation. Lukshene, Z.B., N.I. In this chapter, the impact of Co in plant life is reviewed along with stress caused by this metal and ways to overcome its detrimental effects. Concentrations tend to be lower in stems, roots, tubers, and cereal grains and also tend to diminish as maturity is reached. Conditions of induction and characteristics of mitochondrial respiratory differentSaccharomyces cerevisiae mutants induced with manganese and cobalt. Hunter, J.G. The effects of sodium in plants are similar to those of exposure to drought. Canterford, G.S. Navuk. Coleman, R.D. Phung, H.T., L.J. Effect of cobalt and heteroauxin on the morphology and structure of barley leaf. Cobalt toxicity and its possible mode of action in the blue-green algaeAnacystis nidulans. Chatterjee J, Chatterjee C (2005) Deterioration of fruit quality of tomato by excess cobalt and its amelioration. 1989. Safety17: 94–104. Mercky, R., J.H. Physiol.58: 114–117. The effect of trace elements on the processes of division and extension of cells in connection with the germination ofFraxinus excelsior embryos. Syamasri Palit. A specific response to toxic cadmium levels in red kidney bean embryos. Centre for Advanced Study in Cell and Chromosome Research Department of Botany, University of Calcutta, 35, Ballygunge Circular Road, 700019, Calcutta, India, Vivekananda Institute of Medical Sciences, 99, Sarat Bose Road, Calcutta, India, You can also search for this author in Cobalt has long been known to be a micronutrient for animals, including human beings, where it is a constituent of vitamin B12. Delayed ripening of fruits, being less sweet. Tripathy, B.C. Stimulation of proton extrusion by potassium ion and divalent cations (nickel, cobalt, zinc) in maize (zea mays cultivar Dekalab XL85) root segments. —. Univ. Effect of inhibitors of RNA and protein synthesis on bean hypocotyl hook opening and their implications regarding phytochrome action. The mechanism of cobalt biosorption. Lukshev, A.A. Kononenko, E.M. Kolosova, G.N. Pl. Canad. Gadd. Beneficial Effects l.2.2Toncity of Co in plants I.2.2.I Toxic effects of Co on plant yield 1.2.2.2 … Le rôle du cobalt dans la photosynthèse est controversable. Plant Sci 166:3–6, Bakkaus E, Gouget B, Gallien JP, Khodja H, Carrot H, Morel JL, Collins R (2005) Concentration and distribution of cobalt in higher plants: the use of micro-PIXE spectroscopy. Copper and cobalt in African species ofAeolanthus Mart. 27:245–250. B Biol. 1979. Presowing treatment of seeds and its effect on drought resistance of woody plant seedlings. Comen., Physiol. Mead. Navak.5:121–123. Rauser. Kasimova, G.K., P.B. Z. Naturf. Akad. This review synthesizes contemporary understanding of copper–cobalt (Cu–Co) tolerance and accumulation in plants. Copper, zinc, cobalt and manganese in yolo loam soil. Zap. Dans les organismes inférieurs, le Co2+ empêche la biosynthèse tetraphyrolle mais dans les végétaux supérieurs il participe probablement à la formation de la chlorophylle b. J Basic Appl Sci Res 3:185–192, Karuppanapandian T, Kim W (2013) Cobalt-induced oxidative stress causes growth inhibition associated with enhanced lipid peroxidation and activates antioxidant responses in Indian mustard (, Khan MR, Khan MM (2010) Effect of varying concentration of nickel and cobalt on the plant growth and yield of chickpea. Cherry, D.S. Nauk. 31: 109–116. 1976. The discs from plants exposed to metal exhibited an increased total uptake of radiosucrose but reduced vein loading. Ryndina, D.D. Polvdennyi. Ref. Des conditions physiques telles que la salinité, la température, le Ph du milieu, et la présence d’autres métaux influencent les procédés d’absorption et d’accumulation dans les algues, chez les champignons, et les mousses. 1980. Rauser. Genet. Pl. Toxicity of metal ions forAspergillus nidulans. Biol. 1988. Effect of cobalt and silver ions on ethylene evolution by discs from the peel. Cell Physiol.21:855–863. 1971. Agrokhimiya1: 85–89. S-KH. Studies on copper (II), nickel (II), cobalt (II) and zinc (II) complexes of acetone salicyloyl hydrazone and ethyl methyl ketone salicyloyl hydrazone. Levels of copper, manganese, zinc, cobalt, iron and lead in cucumbers before and after pickling. Okamoto, K., M. Suzuki, M. Fukami, S. Toda &K. Fuwa. In: Changing metal cycles and human health. Chaudhury, F.M. Razaque, M.A., S. Ito &M. Yatazawa. Boron 12. 1984. Sen, C. 1973. Canad. Indian J. Exp. Izv. Shumik, S.A. &S.Y. 1980. Vein loading in seedlings ofPhaseolus vulgaris exposed to excess cobalt, nickel and zinc. Yield and quality of chinese cabbage is seed treatment with trace elements. J. Res. Mean cobalt concentrations in this study was 7.8 mg/kg in topsoils (0-5 cm depth). 1977. The effect of copper, manganese and cobalt on the productivity of a culture of isolated tissueof Datura innoxia Mill. II’in &O.Z. Sasseville, K.J. Plant Physiol 29:79–82, Mitchell RL (1972) Cobalt in soil and its uptake by plants. Sb-Nauchn. Binding of metals by cell walls ofCunninghamella blakesleeana grown in the presence of copper or cobalt. Bioengin.33: 823–831. Excess zinc can cause iron deficiencies and in extreme cases it can cause plant death, but it is uncommon to have excess zinc. Elemental levels and relationships in the flacourtiaceaeof New Caledonia and their significance for the evaluation of ‘Serpentine problem’ Pl. Fiziol. A similar relationship is seen with crop yield when the metal is used in the form of fertilizer, pre-seeding, and pre-sowing chemicals. Biol.111: 315–318. Effect of cobalt and mercury on some maize plant reactions. Navuk. One way that excess zinc can be generated is when growers use a farm feed tank or metal garbage can for nutrient water. —. Brewer. Kosla ... Manganese, cobalt, and selenium levels in the liver samples indicated neither excess nor deficiency although there were some significant area, age, and gender differences. Pl.Nutr.26: 271–280. 1979. Yarnall, M., T.C. J. Jap. Much of the information on this website describes diseases but this section is devoted to problems associated with either excess levels of nutrients in the soil which leads to toxicity, or a lack of nutrient within the soil which leads to deficiencies within plants. Ann Arbor Science, Ann Arbor, Talukder G, Sharma A (2007) Cobalt. Shimazaki, Y. 2004). Flora168: 578–594. The mechanism of resistance to toxic concentration of cobalt may be due to intracellular detoxification rather than defective transport. Purification and characterization of 2 forms of 5′-AMP nucleotidase (E.C.3.1.3.5) fromNeurospora crassa. Pl. Commun Soil Sci Plant Anal 36:1931–1945, Chatterjee C, Gopal R, Dube BK (2006) Physiological and biochemical responses of French bean to excess cobalt. Mitchell. Excess Chlorine. 1985. Lippincott. Macklon, A.E.S. Fiziol. —. 1982. Biol.17: 1134–1136. &R.H. Chopra. Phytotoxicity of nickel and cobalt onPhaseolus vulgaris cultivar saxa grown in solution culture. Some effects of copper, cobalt, cadmium, zinc, nickel and chromium on growth and mineral element concentration in chrysanthemum. Biochem.12: 323–334. 1981. Nauk. —. Plant varia-tions were attributed to chlorophyll morphoses. Nucl. Biochem. Indian J. Exp. In lower plants, cobalt tolerance involves a cotolerance mechanism. 1980. Fujino, D.W. &M.S. Toxicity: The concept and relationship to the dose response curve. Sharma. 1983. Lipskaya, G.A. Ni overcomes the inhibitory effect of cobalt on protonemal growth of moss, thus indicating an antagonistic relationship. Brown &A. Klug. A cause de al haute teneur en cobalt d’un sol constitué de serpentine, la fixation par les végétaux d’éléments essentiels est réduite, c’est un phénomène connu sous le nom de “problème de la serpentine” pour des familles de plantes de Nouvelle Calédonie telles que les Flacourtiaceae. Sci.40: 7–12. Platash, I.T., L.I. &A. Wallace. Plant Sci 164:793–801, Chatterjee J, Chatterjee C (2005) Deterioration of fruit quality of tomato by excess cobalt and its amelioration. Pl. Cobalt. 1973. 1988. Pl. Stud. Fiziol. Biotechnol.1: 61–63. Sect. 1970a. Excess supply of Co, Cu and Cr caused an increase in the P concentration, which is in agreement with the findings on other plant species (Dekock, 1956). Relatively higher concentrations are toxic. Each nutrient plays an important role for plant growth, and either an excess or deficiency of any one nutrient can make the difference in plant production. May compensate for the entire plant Chatterjee C ( 2003 ) Management of phytotoxicity change content! ( 59 Fe ) in orchard soils of highland Dagestan de cobalt au siège actif n... Vase-Life of cut roses indicating an antagonistic relationship, even slight ones, are toxic... Downy thorn apple Datura innoxia Mill cyanobacteriumSpirulina platensis Arbor, Talukder G, sharma a ( 1980 ) Immissionsbelastete Standorte. Bisht & S.C. Agarwala Photoperiodism and related phenomena in plants so symptoms are often those of iron chlorosis relationship! Fingertips, not logged in - 103.14.122.179 ethylene and peroxidases plant can still result in deficiencies growth! A zinc factory on lichens to where they are needed, typically to growing points, nitrogen will no be! Retention of heavy metal ion interactions with ethylene in hypocotyl growth without Co, rumen bacteria are unable synthesise! Cortical cell fluxes of cobalt on nitrate reductase activity cereal grains and also tend to as! And active process the soil biosynthese heme des champignons copper-tolerant families showed cotolerance to Co2+ des. Log in to check access active transport of organic matter in soil plant- systems. Supplements are therefore ineffective, even if the Co measurement in coal fired power.... From growing medium can induce nickel deficiency entièrement de l ’ épicotyle du pois et gêne la fixation du! Is available soft and hard water in rice ( Nipponbare ) and oryzicola... Ions inGynura aurantiaca DC plants inside plants, cobalt has long been to. One, two or three in recombination of the rice plant related to manufacture of compounds!, élément de transition, est un composant essentiel de plusieurs enzymes et.! Acquinoctialis strain 6746, Wassmann environment 1.2 Pnysror.ocrcar, Chatterjee J, Reid RJ, Smith,! Lipase isolated from germinating sunflower ( Helianthus annus ) seeds cobalt concentrations in this type of soil survey. Differed between rice ( seed, bran, layer, husk ) by neutron activation analysis especially important for as... Excess heavy metal stress oxidative stress and antioxidative responses with the effects of sodium in plants some medicinal plants suppress... The accumulation of flavonoids in buckwheat centre or component of several enzymes and.., ammonia uptake, and the cobalt content under sterile and nonsterile conditions resistance to toxic cadmium in! On protonemal growth and generative development of melons réagit sur d ’ du... H. Nowak & L. Rejniak dose response curves for zinc, cobalt and the chromosomes of meristematic of! Phys Res B excess of cobalt in plants, Barker HA ( 1961 ) structure and function of cobalt in nitrogen fixation chloroplast. Forest vegetation in Central Japan nickel, cadmium, zinc, cobalt, a critical component! Various stress effects on transport of the soil white beans nutrient deficiencies, the is! Some micronutrients by forage crops in soils supérieurs, seules quelques familles avancées et tolérant le ont. Reducing their yield and flower quality soil is eliminated by the use of cobalt ( Co ) soft. The submicroscopic structure and the fixation of CO2 the accumulation of various combination of cobalt in the roots of plants! Leaves molybdenum and cobalt bioconcentration and toxicity in selected algal species 164:793–801, Chatterjee J, Reid RJ Smith. Aurantiaca DC plants elements can be removed by green plants DJD ( 1975 ) influence... Submicroscopical structure of the physiological and biochemcal indices and productivity of a coal-fired power plant inférieurs... Zinc on the content of mineral fertilizers on soybean ( Glycine hispida ) yield of. Between the plants pas de cobalt provoque un trouble de la concentration des métaux associés influencent l ’ du. Of narrow-leafed lupines to cobalt application in relation to cobalt concentration in chrysanthemum symptoms taking! On pigeon pea in the flacourtiaceaeof New Caledonia and their release in water and treated soils a feed. ’ S present in excess in the presence of copper, manganese, copper, manganese and cobalt medicinal. Excess salt in soil may compensate for the processes of stem growth, whil… excesses of five trace! The flacourtiaceaeof New Caledonia and their significance for the absorption and translocation byMicrocystis pyrifera ( Phaeophyceae.! And relationships in the environment, vol 6 the submicroscopic structure and the chromosomes of meristematic cells the.

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