Downloaded by KAOHSIUNG MEDICAL UNIV on May 8, 2018 | https://pubs.acs.org Publication Date: March 23, 1995 | doi: 10.1021/bk-1995-0586.ix001
Author Index Agayn, Venetka, 186 Andersson, Lars I., 89 Anis, Nabil Α., 197 Bell, Christopher W., 50 Berberich, Sharon Α., 288 Brady, James F., 266 Brinck, Tore, 109 Cantor, Charles R., 175 Carlson, Robert E., 140 Cheung, Peter Y. K., 98 Chin, Tina, 235 Choudary, Prabhakara V., 31 Chu, Frederick W., 153 Dautlick, Joseph, 301 Durst, Richard Α., 210 Ekins, Roger P., 153 Eldefrawi, AmiraT., 197 Eldefrawi, Mohyee E., 197 Eremin, Sergei Α., 223 Garrett, Stephen D., 22 Gee, Shirley J., 1,119 Goodrow, Marvin H., 119 Hammock, Bruce D., 1,31,119,248 Healey, Brian, 186 Johnson, David H., 235 Karu, Alexander E., 50,235 Kauvar, Lawrence M., 98 Kido, Horacio, 248 Koeltzow, Donald E., 326 Kreissig, Sabine B., 31 Lane, Pat, 109 Lee, Heather Α., 22 Linthicum, D. Scott, 72
Mihaliak, Charles Α., 288 Morgan, Michael R. Α., 22 Mosbach, Klaus, 89 Muldoon, Mark T., 308 Murray, Jane S., 109 Nelson, Judd O., 308 Nicholls, Ian Α., 89 Politzer, Peter, 109 Pont, Joseph L., 235 Recinos, Adrian, III, 72 Reeves, Stuart G , 210 Rittenburg, James, 301 Roberts, Victoria Α., 50 Rogers, KimR., 197 Sanborn, James R., 119 Sano, Takeshi, 175 Scholthof, Karen-Beth G , 50 Sherry, James P., 335 Siebert, Sui Ti Α., 210 Smith, Cassandra L., 175 Stanker, Larry H., 72 Stoutamire, Donald W., 119 Szurdoki, Ferenc, 248 Trucksess, Mary W., 326 Valdes, James J., 197 Walt, David R., 186 Ward, Vernon K.,31 Wong, RosieB., 197,235 Wyatt, Gary, 22 Yanguela, Maria C , 22 Zhang, Guisheng, 50 Zulalian, Jack, 235
Affiliation Index Agricultural Research Service, 72,308 American Cyanamid Agricultural Research Division, 197,235 Analytical Environmental Immuno chemical Consortium, 288,301
Boston University, 175 California Environmental Protection Agency, 119 Canada Center for Inland Waters, 335 Ciba Crop Protection, 266
357 Nelson et al.; Immunoanalysis of Agrochemicals ACS Symposium Series; American Chemical Society: Washington, DC, 1995.
Downloaded by KAOHSIUNG MEDICAL UNIV on May 8, 2018 | https://pubs.acs.org Publication Date: March 23, 1995 | doi: 10.1021/bk-1995-0586.ix001
358
IMMUNOANALYSIS OF AGROCHEMICALS
Cornell University, 210 ECOCHEM Research, Inc., 140 U.S. Department of Agriculture, 72,308,326 Institute of Food Research, 22 M. V. Lomonosov State University, 223 Terrapin Technologies, Inc., 98 Texas A&M University, 72 The Scripps Research Institute, 50 Tufts University, 186 U.S. Army Research Development and Engineering Center, 197 U.S. Environmental Protection Agency, 197
U.S. Food and Drug Administration, 326 University College London, 153 University of California-Albany, 50 University of California-Berkeley, 50,72,235 University of California-Davis, 1,31,119,248 University of Lund, 89 University of Maryland-College Park, 308 University of Maryland School of Medicine, 197 University of New Orleans, 109
Subject Index A Aatrex, ozonated, biodégradation, 316 Acceptance, immunodetection of ecosystem contaminants, 345-346 Acetylcholinesterase-based fiber-optic biosensors, pesticide detection, 198-202 Aflatoxins, toxicity and analysis, 326-333 Alachlor design as immunizing haptens, 132-136 liposome-amplified immunoanalysis, 210-221 AM7B2.1, sequence analysis, 31-47 Ambient analyte immunoassay description, 159 dual label, microspot, 165-167,168/ Amidochlor, design as immunizing hapten, 133-136 Amino acids, heavy and light chains in antigen binding, 40-41 Analyte profiling, type reactivity, 99-106 Analytes, structural modeling, 10-11 Analytical Environmental Immunochemical Consortium, operations, 301-307 Antibodies binding specificity, 72 diversity, 89 immunopolymerase chain reaction, 176-177 production strategies, 51 recombinant, 4-7,22-29
Antibodies—Continued regions, 73,74/ structural modeling, 10-11 Antibodies to triazine herbicides, sequence analysis of individual chains, 31-47 Antibody affinity, relationship to sensitivity, 162-164 Antibody-based biosensors pesticide detection, 200-208 technology, 12 Antibody combining site, molecular modeling, 72-87 Antibody genes advantages of manipulation, 50 molecular cloning, 34,36-38 Antibody mimics, noncovalent molecular imprinting, 89-95 Antibody molecule, structure, 32,33/ Antibody occupancy principle of immunoassay, description, 159-161,163/ Antibody supply problem, immunoassays, 32 Antidioxin monoclonal antibodies, molecular modeling studies of crossreactive congeners and antibody combining site, 72-87 Antigen binding role in framework regions, 46
Nelson et al.; Immunoanalysis of Agrochemicals ACS Symposium Series; American Chemical Society: Washington, DC, 1995.
