Author Index Argentine, J. A. 247 Beeman, R. W. 202 Berenbaum, May R., 114 Brattsten, L. B., 125 Carifto, F. 31 Cariini, Edward J., 168 Ch'ang, L. Y.,41 Chiang, F. M , 149 Chou, Jyh-Ching, 288 Clark, J. M , 247 Cochrane, Bruce J., 53 Cohen, Michael B., 114 Coronella, Julia, 53 Crocquet de Belligny, Patricia, 53 Denell, R. E., 202 Devonshire, A. L., 209 Dover, Β. Α., 202 Dowd, Patrick F., 264 Dubis, Ε. N., 125 Dungan, L. B., 125 Feyereisen, R., 31 ffrench-Constant, R. H., 90 Field, L. M., 209 Gao, X. Y., 247 Gould, Fred, 137 Hargis, Michael, 53 Hodgson, Ernest, 137 Holtsberg, Frederick, 53 Ishaaya, I., 231 Koener, J. F.,31 Konno, Takimichi, 137 f
t
Downloaded by 80.82.77.83 on May 20, 2018 | https://pubs.acs.org Publication Date: September 22, 1992 | doi: 10.1021/bk-1992-0505.ix001
f
Levi, Patricia, 137 Lin, H., 247 Linderman, J. Russell, 288 Mason, Charles H., 288 McGaughey, W. H., 202 McPheron, Bruce Α., 168 Mullin, Christopher Α., 1,288 Osborne, M. P., 71 Ottea, James Α., 276 Payne, Gregory T., 276 Peferoen, M., 191 Pepper, D. R., 71 Plapp, F. W., Jr., 31 Rose, Randy L., 137 Roush, R. T., 90 Schuler, Mary Α., 114 Scott, Jeffrey G., 1,16,218 Shaw, B. J., 41 Siegfried, Blair D.,218 Soderlund, David M., 276 Stuart, J. J., 202 Sun, C. N., 149 Tsai, Y. C , 149 Turner, C , 99 VanMellaert, H., 191 Van Rie, J., 191 Waters, L. C.,41 Wheelock, G. D., 16 Wilson, T. G., 99 Yu, S. J., 174
Affiliation Index Agricultural Research Service, 202,264 Canterbury Agriculture and Science Centre, 31 Cornell University, 1,16,90,218,276 Kansas State University, 202 National Chung-Hsing University, 149 North Carolina State University, 137 Oak Ridge National Laboratory, 41 Pennsylvania State University, 1,168,288 Purdue University, 202 Rijksuniversiteit Gent, 191
Rothamsted Experimental Station, 209 Rutgers University, 125 Texas A & M University, 31 U.S. Department of Agriculture, 202,264 University of Arizona, 31 University of Birmingham, 71 University of California—Irvine, 247 University of Florida, 174 University of Illinois, 114 University of Massachusetts, 247 University of Nebraska, 218
310 Mullin and Scott; Molecular Mechanisms of Insecticide Resistance ACS Symposium Series; American Chemical Society: Washington, DC, 1992.
INDEX
311
University of South Florida, 53 University of Tennessee, 41 University of Vermont, 99
University of Wisconsin, 90 Volcani Center, 231
Subject Index
Downloaded by 80.82.77.83 on May 20, 2018 | https://pubs.acs.org Publication Date: September 22, 1992 | doi: 10.1021/bk-1992-0505.ix001
A Abamectin resistance mechanisms Colorado potato beetle, 247-262 German cockroach, 222-223 Acetylcholinesterase, inhibition vs. insecticide resistance in German cockroach, 219-220 Adenosinetriphosphatase (ATPase), pyrethroid effects, 81 Aflatoxin B resistance mechanism, 268-270,271/ Alkaloids, endophyte associated, See Peramine W-Alkylamide(s) physiological effects against insects, 276-277 structures of natural and synthetic compounds, 276,279/ tf-Alkylamide interactions with voltage-sensitive sodium channels batrachotoxin Β binding assay procedure, 278 [ H]batrachotoxin Β binding vs. analog, 278-282 experimental chemicals, 277; sodium uptake assay procedure, 278 sodium uptake vs. analog, 28U,282-283/,284-285 structure-activity relationships, 285 synaptoneurosome preparation procedure, 278 Allelochemical(s) detoxification by glutathione transferases in Lepidoptera, 175-178 induction of glutathione transferases in Lepidoptera, 183-188 mechanisms for tolerance by insects, 137-138 resistance development by tobacco budworm, 137,139* Allelochemical resistance, interactions with pesticides, 142-146 α-Amanitin, resistance mechanism, 269 1(
3
γ-Aminobutyric acid feeding inhibition, 297f,29&-3(Xy feeding stimulation, 301,303 insect action effects, 294,296,297* molecular interactions at gustatory sites, 303,304/ receptor, cloning and composition, 91 receptor model for taste chemoperception, 301,302/ terpenoid regulators of chrysomelid herbivory, 291-295 Aphids, resistance conferred by esterase genes, 20^-217 Argentine stem weevil, peramine effect, 128 Argophyllin A, content vs. antifeedant activity, 293,294r,295/ Avermectin(s) evidence of resistance, 248-249 importance of resistance management strategies, 247-248 occurrence of cross resistance, 248 pH]Avermectin B metabolism, 257,260f,261 Axonal transmission pyrethroid effects, 72,76 toxin binding sites in axonal sodium channel, 76,77/ Azinphosmethyl resistance in tufted apple bud moth detoxification enzyme assays, 170U71 documentation of existence, 169 economic problem, 168 glutathione transferase activity vs. population resistance level, 170-171 population structure vs. resistance, 171-172 prospects for synthetic approach, 172 sample collections, 169-170 target site assays, 170r u
Β
Bacillus thuringiensis adaptation of insects, 192-193 advantages as insecticide, 191-192
Mullin and Scott; Molecular Mechanisms of Insecticide Resistance ACS Symposium Series; American Chemical Society: Washington, DC, 1992.
