TAl LItV THAM KHAO

Một phần của tài liệu NGHIÊN CỨU TÁC DỤNG CỦA VANADIUM VÀ CHITOSAN CHIẾU XẠ LÊN CÂY HOA CÚC (Trang 79 - 89)

II, Hi~u qua cua chitosan chie'u x~ Ii~u 200 kGy tren cay hoa cuc

TAl LItV THAM KHAO

71

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I. Chau Van Minh,Ph~m Hilu Eli;!n, Le Mai HIWng, 1996:

Sifdl:4ng chitosan lam chr{, baa qudn th~(cphr1m tuai va d6ng hc)p.

Tap chi Hoa h,!c T. 34so'ElB, Ir. 96. 2. Elao Manh Khuye'n, 1997:

Hoa va cay cdnh pluln 2.

Nha XlIilt b:in Van hoa Dan lijc Ha noi, Ir. 55. 3. Nguyiin Ellnh Khoa, 1975:

Phuong phdp thOngke ung dung ITong sinh h(Jc.

Nha xuill ban Khoa hoc va Ky thuat Hanoi, tr. 9.

4. Ph~mTh! Ha, Triln Th! Thliy, LC Hai, Vo Tiln Thien, Nguyiin Qu6c Hie'n, 1996:

Nghien(;liu chie'llX~I chitind€che' Igo c:hilOscU! trt;mg IUCJng phan ILl

IMfp.

Tap chi Hoa h,!c T. 34 so'~)B, 1r.1 0-12. 5. Triln H<;fp, 1993:

Cay cdnh. hoa Vi~tnam.

Nha xuilt ban Nong nghi~p,tr.46.

6. TrttClng il Thanh Tam, Le Xuan Tham, Mai Xuan LttClng, va Van Vu, Tamikazu Kume, 1999:

Tae d{wgcitavanadium varhitosan chie'uX(Ilen cay hoa clk Chrysanlhemum nuoicityin vilro.

Tom dl bao do Hiji ngh! Vat19 va Ky Ihual hat nhan toan qu6c liin III, Dalal 22-24 thang Ba 1999.

7. Vi~1ChttClng, 1996:

Ky thugt Ir&lIg hoa.

Nha xuilt ban El6ng thap, Ir. 54.

8. Vo Tiln Thien, Mai Hoai HIWng, Nguyiin Duy H~ng,LC Xuan Tham, Nguyiin Qu6c Hie·n, LC Viin Hi~p, Le Th! Loan, Triln Ciim Thtly, Che' Th! Thanh,va Elinh Hllng, 1998:

Nghien CUll eht 19o mang v(ltlifu hydrogel dieu tr.i bong bling ky thu(lt ehie'uX(l gamma.

T~pchi thong tin Y dll<;fc S67/1998: 25-29.

9. va Th! Ngoc Thanh, LC Huy Chinh, Hoang Tich Huyen, Nguyiin Th! g'!c Ttl, 1998:

Khiio sdt Ided{tngkhdng kluuln, khdng nc/m cua chilosan.

Tap chi dlWC hoc so'7/1998: 19-21.

TiiiIi~utham khiJo 72

18.

19.

Tili Ii~uTitng Anh

10. Aiba, S., E. Muraki, 1998:

Preparation of higher N-acetylchitooligosaccharide in high yields.

Proc. 3'· Asia-Pacific chitin and chitosan Sym., p.36, September 8-10, 1998, Keelung, Taiwan, ROC.

II. Albersheim, P., and A. G. Darvill, 1985:

OIigosaccharins.

Amer. Sci.: 44-50.

12. Aldington, S. and S. C. Fry, 1993:

Oligosacchllrins.

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13. Aldington, S., G. J. McDougal and S. C. Fry, 1991:

Structure-acrivity relationships of biologically acrive oligosacchrides.

Plant, Cell and Environment Vol. 14: 625-636. 14. Amodeo, G., A. Srivastava and E. Zeiger, 1992:

Vanadare inhibirs blue light-Stimulated swelling of Vicia guard cell protoplasr.

Plant Physiol. Vol.1 00: 1567-1570.

15. Antkowiak, B., Engelmann, and R. Herbjornsen, 1992:

Effecr of vanadare, Nz and lighr on rhe membrane porential of motor

cells and thelarend leaflet movements of Desmodium motoricum.

Physiol. Plant. Vo1.86: 551-558. 16. Arnon, 0.1. and G. Wessel, 1953:

Vanadium as an essential element Jor green plants.

Nature Vol.172: 1039-1040.

17. Bellincampi, D., M. Cardarelli, D. Zaghi, G. Serino, G. Salvi, C. Gatz, F. Cervone, M. M. Allamura, P. Costantino and G. D. Lorcnzo, March 1996:

Oligogalacwronides prevent Rhizogenesis in rol B -transformed

labaeD explantsbyinhibiting auxin-induced expression of the rol B

gene.

The Plant Cell Vol. 8: 477-487.

Benemann, R. J., C. E. McKenna, R. F. Lie, T. G. Traylor, and M D. Kamen, 1972:

The vanadium effect in nirrogenjixation byazorobarer.

Biochimica et biophysica acta 246: 25-38. Brauer, M. and M. Stilt, 1990:

Vanadate inhibits fructose-2-6-bisphosphatase and leads to an

Inhfbitionofsucros~synthesis in barley leaves.

PhyslOl. Plant. Vol. 78. 568-573.

Tili li~utham khdo 73

20 Chang, B. L., K.; J. Lu, 1998:

Optimizing the preparation oj N-acetyl-chito-oligosaccharides by mild acid hydrolysis with RSM.

Proc. 3" Asia-Pacific chitin and chilosan Sym., p.37, September 8-10, 1998, Keelung, Taiwan, ROC.

21. Chang,T.c., Y. M. Liao, S. J. Li, 1998:

Preparation of low molecular weight chi/Dsan andChiIO-

oligosaccharide bythe enzymatic hydrolysis oj chi/Dsan.

Proc. 3rdAsia-Pacific chitin and chitosan Sym., p.59, September

8-10,1998, Keelung, Taiwan, ROC. 22. COle, F., and M. G. Hahn, 1994:

Oligosaccharins: structures and signal transduction.

Plant Molecular Biology Vol. 26: 1379 - J411. 23. Davis, D. R., P. H.T. Becken and E. Wollan, 1978:

Criticallel'els of twenty potentially toxic elements in young

sping barley.

Jour. Planl and Soil Vo1.49: 395-408.

24. Dietrich, A., J. E. Mayer and K. Hahlbrock, 15 February 1990:

Fungal elicitor triggers rapid, transient, and specific protein

Phosphorylation in parsley cell suspension cultures.

The Amer. Journal of Biological Chemistry Vol. 265(11): 6360-6368. 25. Eiden, A.c.,C. A. Jewell and J. P. Wightman, t980:

InteractionaIlead and chromium with chiti" and chilosan.

Journal of Applied Polymer Science Vol. 25: 1587-1599. 26. Faraday, C.D. and M. R. Spanswick, 1992:

Maize root plasmamembranes isolated byaql~eOlupolymer

two-phase partitioning: Assessment of residualtonoplaslA7'Pase and

pyrophosphatase activities.

1.Exp. Bol. Vo1.43: 1583-159ll.

27. Farmer, E. E.,T. D. Moloshok, M. J. Saxton and C. Ryan, 1991:

Oligosaccharide signaling in plants.

The Amer. Jour. of Biological Chemistry Vol. 266 (5): 3140 - 3145. 28. Fichaux, L., C. Tual, M. Escoubcs, E. Espuche, A. Domard, 1998:

Gas and water lransporl properties of chitosan membrane.

Application to edible packaging.

Proc. 3" Asia-Pacific chi lin and chilosan Sym., p.70, September 8-lll, 1998, Keclung, Taiwan, ROC. 29. Gacera, P., 1988:

Alginates.

Carbonhydrate polymers Vol. 8: 161-181.

Tili li~"tham khdo 74

30. Gallaher, S.R. and T. R.Leonard, 1982:

EfJect oj vanadate, molybdate and azide011membrane-associated

ATPase and sol"ble phosphatase avtivities oj corn root.

Plant Physiol Vo1.70: 1353-1340. 31. Gorovoj, L. and V. Kosyakov, 1998:

Chitin biosorbents for liquid radioactive wastes.

Proc. 3" Asia Pacific chitin and chitosan Sym., p. 44, September 8-10, 1998, Keelung, Taiwan, ROC. 32. Gorovoj, L., A.Petyuschenko, 1998:

Mechanism of a heavy metal interactionwilh chilinof cell wall of

J"ngi.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.6 J, September 8-10, 1998, Keelung, Taiwan, ROC. 33. Hara, T., Y. Sonoda, and T. Iwai, 1976:

GrolVth response oj cabbage plants to transition elements LInder

waler cullure conditions.

Soil Sci. Plant Nutr. Vol.22 (3): 307- 315.

34. Hirano, S., K. Fukuda and H. Inui, September 8 - 10, 1998:

Chilinase iso/arms inducedbytrealmentwith chitinous materials in rice cells, callus and seed cullures.

Proc. 3" Asia Pacific chitin and chitosan Sym., p. 56, September 8-10 , 1998,Keelung, Taiwan, ROC.

35. Hopkins, L.L.J. and H. E. Mohr, 1971:

The biological essentiality of vanadi"m.

In: MerlZ, W. and W.E.CornalZer, eds., Newer Trace Elements Nutrition. Mariel Dekker, Newyork: 192-213.

36. Huang, T. A., H. C. Chen, 1998:

Preparation oj jJN-acetylchitooligosaccharide "sing partialy p"rified

N·ace/y/glucosaminidase hydrolysis of chi/asan.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.58, September 8-10, 1998, Keelung, Taiwan, ROC.

37. Huang, Y. S., 1998:

Chitin and chi/osan as the carriers for enzyme immobiliz.ation and

elicitors Jar plant cell c"lt"re.

Proc. 3" Asia Pacific chitin and chilosan Sym., p. 43, September 8-10, 1998, Keelung, Taiwan, ROC.

38. Hudson, M., S., 1998:

The application oj chiti1l and chitosan to fiber and textile prod"cts.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.35, September 8-10, 1998, Keelung, Taiwan, ROC.

7ai li~utham khdo 75

39. Inui, H., Y. Yamaguchi, and S. Hirano, 1997:

Elicitor actions of N-acetylchitooligosacchrides and laminarioligosacchrides for chitinase and L-phenylalanine

ammonia-lyase induction in rice suspension Culll.4re.

Biosci. Biotech. Biochem. Vol.61 (6): 975-978. 40. IlOme M., and A. Ohtakara, 1987:

Preparation of D-glucozamine oligosacchridesbythe enzymatic

hydrolysis ofchitosan.

Agric. BioI. Chem. Vol.51 (4): 1189-1191. 41. Jeon You-Jin and Kim Se-Kwon, 1998:

Bioactivities of chitosan oligosaccharides and their derivatives.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.64, September 8-10, 1998, Keelung, Taiwan, ROC.

42. John, M., H. Rohrig, J. Schmidt, R. Walden and J. Schell, March, 1997:

Cell signalling by oligosacchrides.

Reviews of trends in plant science Vol. 2 (3): II 1-115. 43. Kendra, F.D.,and L. A. Hadwiger, 1984:

Characterization of the smallest chitosan oligomer that is maximally

antifungal to Fusarium solani and elicitspiSQlinformationin Pisum

sQlivum.

Experimental Mycology 8: 276-281.

44. Kiem Tran Thanh Van, P. Toubart and A. Cousson, A. G. Darvill, D. J. Gollin, P. Chelf and P. Albersheim, 18 April 1985:

Manipulation of the morphogenetic pathlVays of tobaco explants by

oligosacchrins.

Nature Vol. 314: 615-617.

45. Kim, B. Y., S. M. Han, C. S. Yun, S. 1. Kang, 1998:

Production of pure ifresh) walerthrough chitinous purification

systems from the used water.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.49, Keelung, Taiwan, ROC.

46. Kume, T. and M. Takehisa, 1984:

Irradiation effect oj chitosan in dilute solution.

Food Irradiation: 22-26.

47. Kume, T., and M. Takehisa, 1982:

Effect of gamma-irradiation on chitosan.

Proc. of The second International conference on chitin and

Chitosan, p. 66-70, Sapporo, Japan, July 12-14, 1982.

Tilili~u thorn khdo 76

48 Le Xuan Tham, S. Matshuhashi, N. S. Ishioka, T. Ito and T. Kume: 1999:

Study oj toxicity oJ vanadium and eJJect oj radiation-degraded

chitasan on plants by using Positron Emitting Tracer Imaging and

fe/wed techniques.

Proc. 3" National Sym. On Nuclear Physics and Application, Dalat 22-24 March 1999.

49. Le Xuan Tham, S. Matsuhashi, N. S. Ishioka and T. Kume, 1998:

Effect of radialion4degraded chitosan on plants stressed wilh

heavy metals(Vi.

Proc. 3" Asia Pacific chitin and chitosan Sym., p. 75, September 8-10,1998, Keelung, Taiwan, ROC.

50. Li, F. C. and J. C. Wu, 1998:

Chirosan benefits cultivation oj vegetables.

Proc. 3"' Asia-Pacific chitin and chilosan Sym., p.73, Keelung, Taiwan, ROC, September 8-10.

51. Macnicol, D. R. and P. H. T. Beckett, 1985:

Critical tissue concentrations of potentially toxic elements.

Planl and Soil Vo1.85: 107-29. 52. Marlin, S. and D. Saco, 1995:

Effect a/vanadate on Phaseolus vulgaris L. : vegetative Development and nitrogen metabolism.

Journal of plant nutrilion 18 (6): 1139-1148. 53. Maruca, R., J. P. Wightman, 1982:

Interaction oj heavy metals with chitin and chirosan, IIIChromium.

Jour. Applied Polymer Science Vol. 27: 4827-4837. 54. Malsllhashi, H. and T. KlImc, 1997:

Enhancement of antimicrobial activity of chitDsanbyirradiation.

J. Sci. Food Agric. Vo1.73: 237-241. 55. Meisch, H.W. and L. J. Becker, 1981:

Vanadium in photosynthesis oj Chlorella jusca and higher plants.

Biochem. Biophys. ACla 636: 119-125. 56. Messiaen, J. and P. V. Cutsem, 1994:

Pectic signa/transduction in carrot cells: membrane. cylOsicand

nuclear responses inducedbyoligogalacturonides.

Plant Cell Physiol. Vol. 35 (4): 677-689. 57. Muramalsll and Yoshida, 1997:

Analysis of multielements in environmental samples by ICP-MS.

Radiological Sciences Vol. 40 (5): 164-170.

Teii lifa tham khdo 77

58 Muzzarelli, R. A. A., O. Tubertini, 1972:

Radiation resistanche of chitin and chitosan applied in the

chromatography of radioactive solations.

J. Radioanal. Chern. Vol. 12: 431

59. Myron, R. D., S. H. Givand and F. H. Nielsen, 1977:

Vanadium content of selectedJoods as determined by jlameless atomic absorption spectroscopy.

J. Agric. Food Chern. Vol.25 (2): 297-299.

60. Natsume, M., Y. Kama, M. Hyrayama, T. Adachi, 1994:

Isolation and characterization of alginate-derived oligosaccharides

withroolgrowth -protnOlingactivities.

Carbonhydrate Research Vol.258: 187-197.

61. Peniche - Covas, C., W. L. Alvarez and W. Arguelles-Mona, 1992:

The absorption of mercuric ionsbychitosan.

Jour. Applied Polymer Science Vol.46: 1147-1150. 62. Poder, D. and M. Penal, 1972:

The effect of vanadate on phosphate transport in aged potato Iaber

tissue (Solanum tuberoswn)

J. Exp. Bol. Vol.43: 189-193.

63. Robson, L. R., R. R. Eady,T. H. Richardson, R. W. Miller, M. Hawkins and J. R. Poslgate,24 July 1986:

The alternative nitrogenase oj Azotobacter chroococcum is a vanadium enzyme.

Nature Vol.322: 388-390. 64. Ryan, A.C. and E. E. Farmer, 1991:

Oligosacchride signals in plants: a current assessment.

Annu. Rev. Plant Physiol. Mol. Bio. Vol.42: 651-674. 65. Ryan,A. c., 13 December 1988:

Oligosaccharides as recognition signals for the expression of defensive genes in plants.

The Amer. Journal Biochemistry Vol.27 (25): 8879-8883. 66. Sabbioni, E., L. Clerici, A. Brazzelli, 1983:

Different effects of vanadiam ions on some DNA-metaboliZing

enzymes.

Jour. Toxicology and Environmental Health Vol. 12: 737-748.

lai lifu tham khdo 78

67. Sabbioni, E.,L.Goetz and G. Bignoli, 1984:

HeaLth and environmental implicationsof tracemetals released

from coal-fired power plants: an assessment study of the situation

in the European Community.

The Science of the Total Environment Vol. 40: 141-154. 68. Sabavacbarin,0.,Marcb 1995:

Tissue culture micropropagalion technology.

Book of Department of Horticulture, Faculty of Agriculture, Kasetsart University, Thailand: 29-30.

69. Sathirakul, K. and P. Buppa, 1998:

The comparison in lipid binding capacity of chilOsanfrom various

sources.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.76, September 8- 10, 1998, Keelung, Taiwan, ROC.

70. Schwarz,K. and D. B. Milne, 1971:

Growth effects of vanadium in the rat.

Science Vo\.l74: 426-428. Shigemasa, Y., 1998:

71. Applications of chitin and chitosanfor biomaterials.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.32, September 8-10, 1998, Keelung, Taiwan, ROC.

72. Sklenar, J., G. G. Fox, B. C. Loughman, A. D. B. Pannifer and R. G. Ratcliffe, 1994:

Effect of vanadate on the ATP content, ATPase activity and phosphate

absortion capacity of maize roots.

Plant and Soil Vol. 167: 57-62.

73. Srikumlaithong, S., P. Laixuthai, S. Aiba, S. Shinagawa, 1998:

Preparation of chitin derivatives for hair cosmetics.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.69, September 8-10, 1998, Keeillng, Taiwan, ROC.

74. Stratmann,.I. W. and C. A. Ryan, 1997:

Myelin basic protein kinase activity in tomato leaves is induced systemically by wounding and increase in respose 10 syslemin and

oligosacchride e1icilOrs.

Proc, Natl. Acad. Sci. USA Vol. 94: 11085-11089. 75. Sze, H., 1985:

W-lrans[ocating ATPase: I\dvances using membrane vesicles.

Ann. Rev. Plant Physiol. Vo1.36: 175-208.

Tlli li~u tham khao 79

76. Tanioka,S., Y. Matsui, T. lrie,T. Tanigawa, Y. Tanaka, H. Shibata, Y. Sa wa, Y. Kono, 1996:

Oxidative depolymerizalion of chilOsan by hydroxyl radical.

Biosci. Biotech. Biochem. Vol.60 (12): 2001-2004. 77. Tatsllmi, K., S. Wada and Y. YlIkawa, 1998:

Heavy mewl removal from wastewater by modified chilOsan and alginates.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p. 44, September 8-10,1998, Keeillng, Taiwan, ROC.

78. Tokura,S., 1998:

Chitin and its derivatives as biomedicals materials.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.39, September 8- 10, 1998, Keelung, Taiwan, ROC.

79. Tomoda, Y., K. Umemura and T. Adachi, 1994:

Promotion of barley root elongation under hypoxic conditions by

alginate lyase-lysate (ALL).

Biosci., Biotech., Biochem., 58 (I): 202-203. 80. Tsai, Guo-Jane and Su Wen-Huey, 1998:

Application of shrimp chilOsanon fish preservation.

Proc. 3" Asia-Pacific chilin and chilosan Sym., p.72, September 8-10, 1998, Keelllng, Taiwan, ROC.

81. Tsai, Guo-Jane and Wen-Huey Su, 1998:

Extrinsic factors on the antibacterial activity oj chitosan.

Proc. 3" Asia-Pacific chilin and chilosan Sym., p.47, September 8- 10, 1998, Keelung, Taiwan, ROC.

82. Ulanski, P. and J. Rosiak, 1992:

Preliminary studies on radiation-induced changes in chitosan.

Radial.Phys. Chern. Vol.39 (I): 53-57. 83. Uragami, T., 1998:

Usage oj chitinous membranes in pUrljication and separations.

Proc. 3" Asia-Pacific chilin and chitosan Sym., p.34, September 8-10,1998, Kcelung, Taiwan, ROC.

84. Vachoud, L., N. Zydowicz, A. Domard, 1998:

DlfJusion and sorptionof water soluble moleculesin chitin gels.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.63, September 8-10, 1998, Keelung, Taiwan, ROC.

85. Vreugdenhil, D. and R. R. Spanswick, 1987:

The effect of vanadate on proton-sucrose cotransport in Ricinus cotyledons.

Plant Physiol. Vol. 84: 605-608.

Tai li¢u tham khdo 80

86. Wallace, Alexander, V. G. and F.M. Chaudhry, 1977:

Phytotocxicity of cobalt, vanadium, titanium,silver and chromium.

Commun. in soil science and plant analysis Vol.8 (9): 751- 756. 87. Wang San-Lang and Yeh Jyh-Chau, 1998:

Microbial reclamation of shellfish chitin waste for the production of antifungal compound.

Proc. ydAsia-Pacific chitin and chilosan Sym., p.?I, September

8-10, 1998, Keelung, Taiwan, ROC. 88. Warington, K., 1951:

Some interrelationship between maganese, molybdenum, and

Vanadium in the nutrition of soybean, flca and oats.

Ann. Appl. BioI. Vol.38 (3): 624-641. 89. Warington, K., 1954:

The influent of iron supply on toxic effects ofmaganese,

Molybdenum, and vanadium on soybean, flax and oats.

Ann. Appl. BioI. Vol.41 (I): 1-22. 90. Wasternack, C. and B. Parthier, 1997:

Jasmonate-signalled plant gene expression.

Reviews of trends in plant science Vol. 2 (8): 302-307. 91. Watanabe,T.,A. Hino,T. Mikami, T. Matsumoto, S. Suzuki,

M. Suzuki, Y. Matahira, K. Sakai, 1998:

Growth-inhibitory effect of par/ially degraded chitin on a pathogen

yeast Candida albicans: induction of transferrin and

characterization of Candida hemolytic factor as chitin-binding protein.

Proc. 3" Asia-Pacific chitin and chitosan Sym., p.46, September 8-10, 1998, Keelung, Taiwan, ROC.

92. Welch, M. R. and E. W. D. Huffman, 1973:

Vanadium and plant nutrition: The growth of lettuce

(Lac/uca Sativa L.)and tomato (Lycopersicon esculentum Mill.)

plants in nutrient solutions in vanadium.

Plant physiol Vo1.52: 183-185.

93. Wenshui, X., W. Yannan, H. Xinyi, 1998:

Depolimerization of chitosan by mixed enzyme.

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