기능성 금 나노입자 = Functional Gold Nanoparticles

다국어 초록 (Multilingual Abstract)

Ever since gold was found, this element has fascinated human beings. It is stable in air, and is illuminating for several thousands years without changing its colors. Nanoparticles are the basic nanommaterials, and, particularly gold nanoparticles show unique properties which are not shown in bulk states. Scientists are trying to apply these new properties to catalysts, bioscience, optics, etc. Judging from the current research activities, one can envisage that gold nanoparticles can play a major role in opening a new era in diagnoses and treatment of diseases like cancers. However to apply the nanoparticles one must modify the surface of the nanoparticles in order to give the materials certain functionalities. It certainly is worth to review the current research status and challenges in the area of functional gold nanoparticles.

참고문헌 (Reference)

1 Faraday, M., 1857

2 Mie, G., 25 : 377-, 1908

3 Templeton, A. C., 104 : 564-, 2000

4 Chandrasekharan, N., 104 : 11103-, 2000

5 Daniel, M.-C., 104 : 293-, 2004

6 Gu, T., 15 : 1358-, 2003

7 Gaffet, E., 36 : 185-, 1996

8 Zhou, J., 331 : 251-, 2009

9 Watzky, M., 119 : 10382-, 1997

10 Turkevitch, J., 11 : 55-, 1951

11 Frens, G., 241 : 20-, 1973

12 Yonezawa, T., 149 : 193-, 1999

13 Schmid, G., 114 : 3634-, 1981

14 Giersig, M., 19 : 3408-, 1993

15 Brust, M., 801-802, 1994

16 Templeton, A. C., 33 : 27-, 2000

17 Brust, M., 1655-1656, 1995

18 Hostetler, M. J., 14 : 17-, 1998

19 Zhou, J., 23 : 9170-, 2007

20 Manna, A., 256 : 297-, 2002

21 Mayya, K. S., 13 : 183-, 2003

22 Mössmer, S., 33 : 4791-, 2000

23 Sau, T. K., 3 : 257-, 2001

24 Mallick, K., 140 : 75-, 2001

25 Reed, J. A., 10 : 285-, 2003

26 Khomutov, G. B., 243-297, 2002

27 Nakamoto, M., 1622-1623, 2002

28 Mafumé, F., 106 : 7575-, 2002

29 Shukla, R., 4 : 1425-, 2008

30 Ballauff, M., 48 : 1815-, 2007

31 Caruso, F., 121 : 6039-, 1999

32 Caruso, F., 16 : 9595-, 2000

33 Schüler, C., 21 : 750-, 2000

34 Lvov, Y., 73 : 4212-, 2001

35 Park, S. J., 39 : 3845-, 2000

36 Patolsky, F., 125 : 13918-, 2003

37 Lakowicz. J. R., 280 : 128-, 2000

38 Letsinger, R. L., 11 : 289-, 2000

39 Shaiu, D., 21 : 99-, 1993

40 Bruchez, M. Jr., 281 : 2013-, 1998

41 Soukka, T., 73 : 2254-, 2001

42 Niemeyer, C. M., 40 : 4128-, 2001

43 Huo, Q., 9 : 1013-, 2007

44 Cha, D. Y., 18 : 200-, 1970

45 Schwank, J., 63 : 415-, 1980

46 Haruta, M., 405-406, 1987

47 Sakurai, H., 29 : 361-, 1996

48 Haruta, M., 129 : 443-, 1996

49 Yuan, Y., 9 : 755-, 1996

50 Cunningham, D. A., 177 : 1-, 1998

51 Kozlov, A. I., 182 : 9-, 1999

52 Okumura, M., 315 : 1998

53 Schimpf, S., 72 : 63-, 2002

54 Mohr, C., 213 : 86-, 2003

55 Claus, P., 122 : 11430-, 2000

56 Pasquato, L., 2253-2254, 2000

57 Dawson, A., 105 : 960-, 2001

58 Storhoff, J. J., 8 : 179-, 1997

59 Mirkin, C. A., 382 : 607-, 1996

60 Taton, T. A., 122 : 6305-, 2000

61 Zhao, H. Q., 3 : 321-, 2001

62 Schneider, B. H., 15 : 13-, 2000

63 Chow, G. M., 183 : 135-, 1996

64 Pengo, P., 19 : 2521-, 2003

65 Templeton, A. C., 121 : 7081-, 1999

66 Boal, A. K., 121 : 4914-, 1999

67 Gole, A., 12 : 684-, 2001

68 Jia, J., 74 : 2217-, 2002

69 Hone, D. C., 18 : 2985-, 2002

70 Phadtare, S., 15 : 1944-, 2003

71 Dragnea, B., 125 : 6374-, 2003

72 Tchachenko, A. G., 125 : 4700-, 2003

73 Li, J., 135 : 322-, 2008

74 Xiang, C., 136 : 158-, 2009

75 이준웅, "자성나노입자 기술동향’" 한국과학기술정보연구원 2006

76 Schmid, G., "Nanoparticles : From Theory to Application" Wiley-VCH Verlag GmbH & Co. 2004