Effect of Nickel on Living Organism and the Research Progress

Abstract:

Nickel is a kind of rare metal which is widely distributed in the earth's crust, and is mainly used in manufacturing alloy. Nickel is a trace element essential to animals and plants growth and development, but high concentration of nickel will hamper the growth of plants and animals, and even produce toxic effects. This paper summarizes the physical and chemical properties of nickel, the sources of organisms exposed to nickel and the influence of different concentrations of nickel on animal and plant, and summarizes the relevant research progress.

• Periodical: Advanced Materials Research (Volumes 726-731)
• Pages: 310-314
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.726-731.310
• Online since: August 2013
• Authors: Ming Da Liu, Xiao Ming Ji, Yao Jing Wang
• Keywords: Effect, Living Organism, Nickel, Research

References

[1] W.L. Lv, Z.N. Deng, Y.W. Wei: Guangdong Trace Elements Science. Vol. 10(2003), pp.1-5

[2] S.Y. Pi, Y. Wang, Y.L. Zhang: Practical Preventive Medicine. Vol. 4(2006), pp.969-970

[3] Information on http://www.epa.gov/iris/subst/0271.htm

[4] Environmental Health Criteria 108. Nickel. WHO, Genewa, 1991.

[5] N.W. Solomons, F. Viteri, T.R. Shuler, F.H. Nielsen: J. Nutr. Vol. 1(1982), p.39

[6] D.Q. Yang: Outhwest China Journal of Agricultural Sciences. Vol. 4(1996), pp.109-116

[7] Y.B. Ren: Harmfulness of nickel in medical metal materials. Vol. 5(2002), p.1067～1069

[8] Q. Ha: Industrial Health and Occupational Diseases. Vol. 3(2001), pp.184-186

[9] C. G. Friedrich, K. Schneider, and B. J. Friedrich: Bacteriol. Vol. 152(1982), pp.42-48

[10] H.L. Drake, S.L. Huo and H.G.J. Wood: Biol. Chem. Vol. 255(1980), pp.7174-7180

[11] W. L. Ellefson, W.B. Whitman and R. S. Wolfe: Proc. Natl. Acad. Sci. USA. Vol. 79(1982), pp.474-479.

[12] W. A. Roach and C. Barclay: Nature. Vol. 5(1946), p.696

[13] P. H. Brown, R. M. Welth, E. E. Cary: Nickel: Plant Physical. Vol. 85(1987), pp.801-804

[14] T. Wang, H. Fu and Y.L. Tian: Journal of Huazhong Normal University. Vol. 4(1998), pp.486-489

[15] B. Singh, Y. P. Dang and S.C. Mehta: Plant Soil. Vol. 127(1990), p.213

[16] P. Y. Kong, G. T. Zhong: China Metrology Publishing House. 1992, p.482

[17] P. H. Brown, R. M. Welch and E. E. Cary et al: Plant Nutr. Vol. 9-16(1987), p.2125

[18] S. Greipsson, A. A. Crowder: Can J Bot. Vol. 70(1992, p.821

[19] J. Iizuka: Soil Sci Plant Nutr. Vol. 21(1975), p.47

[20] H.H. Wang, M. Y. Jiang, X. X. Peng: Journal of Hunan Agricultural University(Social Sciences). Vol. 5(2000), pp.332-334

[21] D. H. Liu, W. S. Jiang and C. L. Wang: Acta Botanica Boreali-Occidentalia Sinica. Vol. 4(1995), pp.270-275

[22] D. G. Barce Loucx: Clin Toxic. Vol. 2(1999), pp.245-246

[23] Y. T. Ji: Foreign Medical Sciences Section Hygiene. Vol. 1(1986), p.40

[24] Y. Luo, etc: Chinese Journal of Industrial Hygiene and Occupational Diseases. Vol. 1(1998), pp.15-18

[25] H. Liang, W. D. Hu: Occupational Medicine. Vol. 6(1996), pp.43-45

[26] W. K. Aleksandra, B. Wojciech: Toxicol Let. Vol. 162(2006), pp.29-42

[27] Y. H. Wei, Q. C. Huang and X. F. Su: Environmental Science and Management. Vol. 9(2008), P. 45-48

[28] E. Nieboer, J. Q. Nriagu: New York: A Wiley – Inter science Publication. Vol. 37(1992), pp.37-48

[29] Y. H. Yan, J. Du and X. Q. Wu: Occupational Health and Emergency Rescue. Vol. 4(2002), pp.221-223

[30] S. Y. Pi, Y. Wang and Y.L. Zhang: Practical Preventive Medicine. Vol. 4(2006), pp.969-970

[31] D. Jia, X. R. Zhang: Chinese journal of ocular traumaand occupational eye disease. Vol. 12(2007), pp.979-980

[32] X. R. Zhang, M. H. Xiang and G. R. Zhang: Chinese journal of ocular traumaand occupational eye disease. Vol. 5(2006), pp.328-330