Diagnostic Biosensor Polymers

Buck, Richard P., 149. Çiçek, H., 222. Chang, Eddie L., 264. Chang, Julie, 47. Cosofret ... Walt, David R.,21. Wang, Chee-Chan, 276. Wang, Xi, 96. X...
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Downloaded by 80.82.77.83 on April 24, 2017 | http://pubs.acs.org Publication Date: May 5, 1994 | doi: 10.1021/bk-1994-0556.ix001

Author Index Mutlu, M.,71 Mutlu,S.,71 Nahir, Tal M . , 149 Nakabayashi, Nobuo, 194 Nakano, Koji, 238 Neudeck, Gerold W., 47 Nevin, R. S., 84 Nishida, Kenro, 194 Ohara, Timothy J., 307 Okamoto, Yoshiyuki, 124,169 Piçkin, Ε., 71,222 Racke, Merril, 137 Rajagopalan, Ravi, 307 Ridgway, T. H., 137 Rooij, Nico F. de, 298 Russell, George, 137 Sakakida, Michiharu, 194 Schmidt, Hanns-Ludwig, 34 Schuhmann, Wolfgang, 34,110 Sherwood, C. S., 211 Shichiri, Motoaki, 194 Singh, Alok, 252,264 Strike, David J., 298 Surridge, Nigel Α., 47 Takagi, Makoto, 238 Tsao, Li-I, 252 Tuncel, Α., 222 Turner, R. F.B.,211 Usmani, Arthur M . , 2 Vadgama, P., 71 Vreeke, MarkS., 180 Walt, David R.,21 Wang, Chee-Chan, 276 Wang, X i , 96 Xing, Keli, 96 Xu, K. T., 222 Yabuki, S., 41 Ye, Ling, 34 Yin, Lizhi, 96

Agayn, Venetka, 21 Allen, D. J., 84 Ayhan, H., 222 Ballarin, Barbara, 158 Berg, Albert van den, 298 Blubaugh, Dwight, 137 Blubaugh, Elmo Α., 137 Brumlik, Charles, 158 Buck, Richard P., 149 Çiçek, H., 222 Chang, Eddie L., 264 Chang, Julie, 47 Cosofret, Vasile V., 149 Denizli, Α., 222 Denkba§, Ε. B., 222 Deschamps, Jeffrey, 252 Diebold, Eric R., 47 Du, Hong, 96 Duine, Johannis Α., 34 Heller, Adam, 34,180,307 Hsiue, Ging-Ho, 276 Ishihara, Kazuhiko, 194 Johnson, K. W., 84 Kaku, T., 124 Karan, HirokoL, 124,169 Katakis, Ioanis, 34 Katsura, T., 41 Koudelka-Hep, Milena, 298 Lan, HsingLin, 124,169 Lawson, Del R., 158 L i , Yuanming, 96 Lindner, Erno, 149 Maeda, Mizuo, 238 Mark, H . B . , Jr., 137 Markowitz, Michael Α., 252,264 Martin, Charles R., 158 Mastrototaro, J. J., 84 Miao, Hui, 96 Mizutani, F., 41 Morff, R. J., 84

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Usmani and Akmal; Diagnostic Biosensor Polymers ACS Symposium Series; American Chemical Society: Washington, DC, 1994.

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INDEX

Downloaded by 80.82.77.83 on April 24, 2017 | http://pubs.acs.org Publication Date: May 5, 1994 | doi: 10.1021/bk-1994-0556.ix001

Affiliation Index Boehringer Mannheim Corporation, 47 City University of New York, 124,169 Colorado State University, 158 Delft University of Technology, 34 Eli Lilly and Company, 84 Firestone Building Products Company, 2 Georgetown University, 252 Kumamoto University School of Medicine, 194 Kyushu University, 238 National Institute of Bioscience and Human Technology, 41 National Tsing Hua University, 276 Naval Research Laboratory, 252,264 Polytechnic University, 124,169

Purdue University, 47 Technische Universitât Munchen, 34,110 Tianjin Medical College, 96 Tokyo Medical and Dental University, 194 Tufts University, 21 University of British Columbia, 211 University of Cincinnati, 137 University of Hacettepe, 71,222 University of Manchester, 71 University of Neuchâtel, 298 University of North Carolina at Chapel Hill, 149 University of Texas at Austin, 34, 180,307

Subject Index A Affinity chromatography, polystyrenebased particles, 227 Albumin adsorption, nondegradable polystyrene-based particles, 227-229 Amperometric biosensors drawbacks, 110-111 reagentless enzyme electrode development, 111-112,113/ Amperometric enzyme electrodes for glucose determination, sandwich-type, See Sandwich-type amperometric enzyme electrodes for glucose determination Amperometric glucose-sensing electrodes with modified enzymes enzyme electrode systems, 42-43 experimental description, 41-42 flow injection measurement of glucose for lipid-modified enzyme electrode, 44,45/,46f

Amperometric glucose-sensing electrodes with modified enzymes—Continued glucose response lipid-modified enzyme electrode, 44,45/ polyethylene glycol-modified enzyme electrode, 43,45/ lipid-modified enzyme properties, 44 polyethylene glycol-modified enzyme properties, 43 Amperometric glucose electrodes based on glucose oxidase, chemical or electrochemical steps, 124-125 Amperometric glucose sensors glucose oxidase and nonphysiological redox mediators, electron-transfer mechanism, 169-170 poly(etheramine-quinone)s as electron transfer relay systems, 124-135 viologen derivative containing polysiloxane as electron-transfer mediator, 169-178

Usmani and Akmal; Diagnostic Biosensor Polymers ACS Symposium Series; American Chemical Society: Washington, DC, 1994.