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1
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제 2형 당뇨병 환자에서 Tumor Necrosis Factor-α유전자 -308과 -238의 다형성 분석
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김혜련;
이미경;
박애자;
중앙대학교;
중앙대학교;
중앙대학교;
(Annals of Laboratory Medicine,
v.26,
2006,
pp.58-63)
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2
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238×238 surface micromachined optical crossconnect with 2dB maximum loss
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Aksyuk, V.A.;
Arney, S.;
Basavanhally, N.R.;
Bishop, D.J.;
Bolle, C.A.;
Chang, C.C.;
Frahm, R.;
Gasparyan, A.;
Gates, J.V.;
George, R.;
Giles, C.R.;
Kim, J.;
Kolodner, P.R.;
Lee, T.M.;
Neilson, D.T.;
Nijander, C.;
Nuzman, C.J.;
Paczkowski, M.;
Papazian, A.R.;
Ryf, R.;
Shea, H.;
Simon, M.E.;
;
(Optical Fiber Communication Conference and Exhibit, 2002. OFC 2002,
v.2002,
2002,
pp.FB9-1-FB9-3)
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3
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Coding Mystery Lesions : “Uncertain” or “Unspecified” Behavior (238.2 vs. 239.2)
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McNicholas, Faith C. M.;
;
(Journal of the dermatology nurses' association,
v.5,
2013,
pp.99-100)
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4
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Sculpting the chromatin landscape: a role for nuclear pore complexes in gene silencing (238.2)
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Wozniak, Richard;
Cell Biology Univ. of Alberta Edmonton AB Canada;
(The FASEB journal : official publication of the Federation of American Societies for Experimental Biology,
v.28,
2014,
pp.238.2)
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5
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238x238 surface micromachined optical crossconnect with 2dB maximum loss
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Aksyuk, V.A.;
Arney, S.;
Basavanhally, N.R.;
Bishop, D.J.;
Bolle, C.A.;
Chang, C.C.;
Frahm, R.;
Gasparyan, A.;
Gates, J.V.;
George, R.;
Giles, C.R.;
Kim, J.;
Kolodner, P.R.;
Lee, T.M.;
Neilson, D.T.;
Nijander, C.;
Nuzman, C.J.;
Paczkowski, M.;
Papazian, A.R.;
Ryf, R.;
Shea, H.;
Simon, M.E.;
;
(Optical Fiber Communication Conference and Exhibit, 2002. OFC 2002,
v.2002,
2002,
pp.863-865)
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6
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238x238 surface micromachined optical crossconnect with 2dB maximum loss
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Aksyuk, V.A.;
Arney, S.;
Basavanhally, N.R.;
Bishop, D.J.;
Bolle, C.A.;
Chang, C.C.;
Frahm, R.;
Gasparyan, A.;
Gates, J.V.;
George, R.;
Giles, C.R.;
Kim, J.;
Kolodner, P.R.;
Lee, T.M.;
Neilson, D.T.;
Nijander, C.;
Nuzman, C.J.;
Paczkowski, M.;
Papazian, A.R.;
Ryf, R.;
Shea, H.;
Simon, M.E.;
;
(Optical Fiber Communication Conference and Exhibit, 2002. OFC 2002,
v.2002,
2002,
pp.863-865)
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7
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238UMössbauer spectroscopy ofUGe2
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Tsutsui, S.;
Nakada, M.;
Saeki, M.;
Nasu, S.;
Haga, Y.;
Yamamoto, E.;
Ō
nuki, Y.;
;
(Physical review. B, Condensed matter and materials physics,
v.60,
1999,
pp.37-39)
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8
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Slavia Centralis. 2. (2009): 235-238.: Back Matter
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;
;
(Slavia Centralis,
v.,
2009,
)
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9
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Recovery of <SUP>238</SUP>PuO<SUB>2</SUB> by Molten Salt Oxidation Processing of <SUP>238</SUP>PuO<SUB>2</SUB> Contaminated Combustibles (Part II)
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Remerowski, M.L.;
Dozhier, C.;
Krenek, K.;
VanPelt, C.E.;
Reimus, M.A.;
Spengler, D.;
Matonic, J.;
Garcia, L.;
Rios, E.;
Sandoval, F.;
;
(Symposium on space nuclear power and propulsion,
v.2005,
2005,
pp.806-814)
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10
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Recovery of <SUP>238</SUP>PuO<SUB>2</SUB> by Molten Salt Oxidation Processing of <SUP>238</SUP>PuO<SUB>2</SUB> Contaminated Combustibles (Part II)
-
Remerowski, M.L.;
Dozhier, C.;
Krenek, K.;
VanPelt, C.E.;
Reimus, M.A.;
Spengler, D.;
Matonic, J.;
Garcia, L.;
Rios, E.;
Sandoval, F.;
;
(Space technology and applications international forum,
v.2005,
2005,
pp.806-814)