Table Of Content

CUMULATIVE AUTHOR INDEX Journal of Medical Entomology Volume 39, 2002 Brooke Dave, K., 324 Adler, G. H., 451 Brown, Davey, R. B., 645, 763 Adler, P. H., 293 Brown, Davies, C. R., 621 Agrela, L, 440 Brown, T. P.., Dean, S. R., 370, 475 Agui, N., 427 Burattini, M. N., 926 Debboun, M., 541 Akkafa, F., 12 Burbano, M. E., 601 de Freitas Fernandes, F., 3 Alison, M. W., Jr., 747 Burkett, D. A., 244 Denholm, L., 671 Almeida, A. P. G., 207 Deparis, X., 493 Alptekin, D., 870 De Silva, A. M., 285 Altamira, G., 939 Jadena, H., 451 Diaz, P., 652 Alvarez, L. A., 130 Yamargo, E. P., 241, 814 Diez-Banos, P., 652 Alzogaray, R. A., 191 Jamargo, L. M. A., 241, 814 Di Luca, M., 446 Amerasinghe, F. P., 28 Yameron, M. M., 755 Diotaiuti, L., 716 Anda, P., 177 tampbell, N. J. H., 662 Dohm, D. J., 221, 248, 480, 640 Andre, R. G., 480, 635 tampbell-Lendrum, D. H., 621 Dolan, M. C., 509 Antonio-Nkondjio, C., 350 ramps, F., 19] Dolo, G., 70 Apiwathnasorn, C., 583 Jancrini, G., 562 Dowell, F. E., 499 Apperson, C. S., 777 Jannon, C. E., | Dryden, M. W., 671, 742 Aratijo Azevedo, A., 553 Jarcavallo, R. U., 705 Duchon, S., 526 Armbruster, P., 699 AAADJAAaR rRDneA vDaAleD,A DAP.D, 568 Dung, N. V., 541 Arredondo-Jiménez, J. L., 825 oC arroll, J. F., 237 Dunham, B., 251] Arthur, R. R., 248 Ceraul, S., 285 Durden, L. A., 112, 198, 398 Aspen, S. E., 777 Ceraul, S. M., 376, 809 Awono-Ambene, P., 350 Chan, A. S. T., 324 Azad, A. F., 809 Chandre, F., 568 Azevedo, A. C. R., 587 Chang, K. P., 12 Edillo, F. E., 70 Chansiri, K., 215 Edman, J. D., 44, 561 Chapman, H. F., 362 Eigenbrode, S. D., 545 Charles, J.-F., 729 Engber, B. R., 777 Bach, T., 671 Chaudhury, M. F., 130 English, L. M., 680 Baker, J. E., 499 Bangs, M. J., 324 Cheffort, J., 493 Escudero, R., 177 Banks, C. W., 198 Chen, C.-C., 266 Eshita, Y., 185 Barasa, S. S., 736 Chevillon, C., 729 Evangelista, L. G., 432 Barbosa, H. S., 705 Chiarini-Garcia, H., 36 Ewing, S. A., 631 Chiles, R. E., 226, 312, 793 Barger, D. K., 948 Barker, S. C., 662 Cilek, J. E., 127 F Clark, K. L., 198 Barnard, D. R., 895 Clements, T. L., 248 Faaruia, M., 493, 658 Barral, M., 177 Coetzee, M., 78, 568 Fabrick, J. A., 499 Barreto, M., 601 Coleman, R. E., 244, 521, 556 Fairley, T. L., 851 Battsetseg, B., 173 Collins, L. E., 121 Falco, R. C., 920 Beebe, N. W., 16, 362, 541, 786 Conn, J. E., 861 Fallah, H., 312 Benedict, M. Q., 942 Cooper, R. D., 16, 362 Fang, Q. Q., 251 Benjamin, M. A., 723 Ben Sheikh, H., 729 Cope, S. E., 248 Fang, Y., 312, 793 Bernier, U. R., 895 Cork, A., 191 Fava, A. B., 135 Billingsley, P. F., 207 Cortez, A., 135 Favia, G., 562 Birungi, J., 689 Cossio-Bayugar, R., 278 Fé, N. F., 587 Bisset, J., 882 Crabtree, M. B., 461 Feliciangeli, D. M., 587 Blackwell, A., 121 Craig, M. E., 680 Feliciangeli, M. D., 440 Blagburn, B. L., 671 Crowley, L. D., 931 Fernandez, R. S.-A., 652 Bledsoe, D., 671 Cruz-L6épez, L., 256 Fielden, L. J.. 875 Blow, J. A., 605 Cruz-Vazquez, C., 939 Finkelstein, J. L., 915 Boccolini, D., 446 Cuadrillero, C., 675 Foil, L. D., 747, 915 Bollero, G. A., 52 Cupp, E. W., 908 Foley, P. N., 356, 786 Bond-Compean, J. G., 256, 825 Cupp, M. S., 908 Fontan, A., 191 Bossard, R. L., 742 Cusack, R., 793 Fontenille, D., 350 Bram, R. A., 405 Forattini, O. P., 926 Brindis, Y., 256 D Frances, S. P., 16, 362, 521, 541 Broadwater, A. H., 285 D’Amelio, S., 562 Fujisaki, K., 173 Broce, A. B., 499, 742, 900 Daniels, T. J., 920 Furlanello, C., 485 Brockhouse, C. L., 293 Darsie, R. F., Jr., 430 Fussell, E. M., 430 CUMULATIVE AUTHOR INDEX Vol. 39, no. 6 GC Iwakura, Y., 173 Linthicum, K. J., 521 Gabrielli, S., 562 Loncke, S., 493 Gad, A. M., 248 Lépez, C., 652 Gallego, M., 720 Jacobs, D. E., 671 L6épez-Ortega, G., 343 Galvao, C., 705 James, A. M., 198 Lord, C. C., 417 Garcia-Pérez, A. L., 177 Jennings, C. D., 99 Lorenzo, M. G., 716 Garcia-Vazquez, Z., 939 Johnson, L. W., 667 Lothrop, B., 574 Genchi, C., 485 Jones, C. J., 52 Lothrop, H. D., 574, 793 George, J., 939 Joshi, S., 689 Lozano, M., 45] George, J. E., 405, 645, 763 Joy, J. E., 392 Liileyap, H. U., 870 Gimnig, J. E., 162 Joyce, J. A., 695 Lwande, W., 736 Gionar, Y. R., 324 Jurberg, J., 705 Lyons, S. A., 356, 469 Githeko, A., 833 Juste, J., 298 Lysyk, T. J., 89 Goff, M. L., 275 Juste, R. A., 177 Goff, W. L., 667 M Goldberg, M., 112 K Macaluso, K. R., 809 Gold-Morgan, M., 825 Kalischuk-Tymensen, L. D., 89 Mackenzie, J. S., 786 Gomez, B., 440 Kamau, L., 78 Madulo-Leblond, G., 720 Gonzalez Audino, P., 191, 457 Kammlah, D. M., 747 Makala, L., 173 Gonzalez-Ceron, L., 61 Kankaew, P., 556 Malo, E. A., 256 Green, E.-G. N., 226, 793 Kanost, M. R., 900 Mamiro, K., 173 Green, E. N., 312 Kasap, H., 870 Marinotti, O., 135 Grigoryan, G., 446 Kasap, M., 870 Marrelli, M. T., 135 Grossman, G. L., 331 Kato, K., 185 Martinez, A., 19] Guerrero, F. D., 747, Kaufman, M. G., 162 Mathew, J. S., 631 Guilfoile, P., 218 Kaufman, P. E., 106 McBride, W. J. H., 143 Guillet, P., 526 Kay, B. H., 99, 143, 356, 469 Medina, L., 939 Guzmian-Cornejo, C., « Keirans, J. E., 398 Mehlhorn, H., 671 Kensington, M., 793 Mencke, N., 671 H Khlaimanee, N., 521 Méndez-Sanchez, J. D., 82 Haghpanah, M., 689 Khokhlova, I. S., 875 Meneses, C. R. V., 587 Hansen, O., 671 Khuntirat, B., 556 Meola, R., 889 Hanson, P. E., 945 Kiattibut, C., 244, 556 Meola, R. W., 370, 475 Harrison, B. A., 777 Kim, H. C., 244 Merler, S., 485 Hassan, A. N., 248 Kiser, B. C., 695 Metzger, M. E., 152 Hassan, H. K., 777 Kiszewski, A. E., 847 Meunier, J.-Y., 350 Hassan, M. M., 248 Klein, B., 720 Mikami, T., 173 Hassanali, A., 736 Klein, T. A., 244 Miller, B. R., 461 Heinemann, M. B., 135 Klowden, M. J., 545 Miller, J. R., 935 Hernandez, R., 770 Knight, J. W., 854 Miller, M. K., 1 Hernandez-Martinez, S., 61 Knowles, D. P., 667 Miller, R. J., 645 Herrel, N., 28 Kobayashi, M., 4, 427 Minakawa, N., 833 Herrell, M. L., 392 Koella, J. C., 84 Mine, M., 185 Herrero, M. V., 680 Kollars, T M., Jr., 521 Mixson, T. R., 251 ice C.L,,.275 Kramer, L. D., 226, 312 Miyagi, I., 146, 461 Hill, N., 755 Krasnov, B. R., 875 Mogi, M., 833 Hinkle, N. C., 671 Kuhn, K. G., 621 Monkanna, T., 521 Hodgkinson, V. H., 689 Kurihara, T., 4 Montes, C., 675 Hoffmann, E. J., 935 Kurokawa, K., 185 Montoya-Lerma, J., 451 Holman, P. J., 278 Kurtti, T. J., 534 Morales-Malacara, J. B., 298, 343 Holt, J. S., 469 Morrill, J. C., 248 Holynska, M., 469 Morsy, Z. S., 248 Hopkins, T., 671 E Mougabure Cueto, G., 457 Hou, R. F., 266 Labruna, M. B., 135, 241, 814 Mukhtar, M., 28 Houck, M. A., 931 La Corte Dos Santos, R., 926 Mulla, M. S., 513 Hougard, J.-M., 526 Lai, S.-C., 266 Mullner, H., 143 Hovanesyan, [., 446 Lainson, R., 587 Mumcuoglu, K., 662 Hsu, M.-H., 685 Lanz, H., 61 Mungviriya, S., 521 Hsu, T.-C., 685 Lanzaro, G. C., 70 Munstermann, L. E., 689, 854 Hughes, M., 251 Lardeux, F., 493, 658 Hunt, R., 78 Layfield, D., 218 Hunt, R. H., 568 Lazzari, C. R., 716 N Hurtado, A., 177 Lee, W. J., 244 Nagasawa, H., 173 Hutchinson, R. A., 699 Leite, A. C. R., 432 Nasci, R. S., 777 Hynes, W. L., 285, 376 Leo, N. P., 662 Nash, D., 248 Lerdthusnee, K., 521 Nayar, J. K., 854 I Pack. ¥ 2710 Ndiege, I. O., 736 Inoue, N., 173 Limrat, D., 583 Nielsen-Leroux, C., 729 Irby, W. S., 777 Linardi, P. M., 36, 553 Nihei, N., 4 November 2002 CUMULATIVE AUTHOR INDEX Nisbet, D. J., 786 Ruiz, M., 882 Terrassini, F. A., 814 Nyambam, R., 350 Rusmiarto, S., 324 Thompson, S., 331 Russell, B. M., 143, 469 Throne, J. E., 499 O Rust, M. K., 152, 671 Toma, T., 146, 461 Rutz, D. A., 106 Tomberlin, J. K., 695 Oda, T., 185 Ryan, J., 244 Toto, J.-C., 350 Ogawa, Y., 185 Ryan, J. R., 324 Touré, Y. T., 70 O’Guinn, M. L., 221, 806 Ryan, P. A., 356 Toyoda, Y., 173 Oliver, J. H., Jr., 198, 534 Travi, B. L., 451 Ombok, M., 162 OReilly, K. L., 915 S Trindade, D. B., 613 Ostfeld, R. S., 723 Sabatinelli, G., 446 Tsutsumi, V., 61 Otieno, S., 162 Sakamoto, S. M., 135 Tsuzuki, A., 146 Ozbel, Y., 12 Samung, Y., 583 Turell, M. J., 1, 221, 248, 480, 605, 635, Sanchez, E., 440 640, 806 Sanders, C. I., 945 U Sangjun, N., 52] Pagac, B., 480 Santiesteban, A., 256 Uchida, K., 185 Palmer, A. T., 534 Sapp, J., 251 Unnasch, T. R., 777 Panciera, R. J., 631 Sarataphan, N., 215 Vv Pandeya, N., 356 Sardelis, M. R., 480, 635, 640 Pasteur, N., 729 Sasaki, T., 427 Vail, S. G., 842 Payne, P., 671 Sattabongkot, J., 244, 556 van den Hurk, A. F., 362, 786 Paz-Silva, A., 652 Savage, H. M., 777 Vassallo, M., 234 Vassena, C. V., 457 Scala, A., 652 Perez-Mendoza, J Scarpassa, V. M., 613 Vaughn, M., 671 Perrotey, S., 720 Schilman, P. E., 716 Vazquez-Martinez, M. G., 825 Pesson, B., 720 Schmidtmann, E. T., 680 Vetter, R. S., 948 Phantana, S., 215 Schumaker, T. T. S., 135, 241, 814 Vilella, D., 675 Picollo, M. I., 457 Schwartz, A., 84 Vlach, J. J., 430 Piesman, J., 509 Sechan, Y., 493, 658 Volf, P., 12 Pires, H. H. R., 716 Selinger, L. B., 89 Votypka, J., 12 Pizzuli, J. L., 945 Sellek, R. E., 177 Vulule, J. M., 162 Polerstock, A. R., 545 Sethi, R. A., 115 W Posey, K. H., 895 Sheppard, D. C., 695 Poévoa, M. M., 861 Silva, M. B. A., 705 Waggoner, M., 671 PPrréetsrlee,y , J.S,. 7M2.9, 248 SSiitlhvieprrmaasna,s naA,. LR..,, 650556 WWaalgdnreorn,, GJ.. GK..,, 217068 Prommongkol, S., 583 Slamecka, M. C., 920 Walker, E. D., 162, 605 PPruuredtite,, JD.. ,H .,3 5368 4 SSmmiitthh,, GL.., L.8,4 23 98 WWaastieerlsoosnk,i , D.L . GP.. , E.2,4 8 16 Watson, D. W., 777 Soares, R. M., 135 Wedincamp, J., Jr, 915 R Soca, A., 882 Weinzierl, R. A., 52 Rafferty, C. S., 942 Soileau, L. C., 384 Welch, J. B., 130 Rajapakse, C. N. K., 889 Sonenshine, D. E., 285, 376, 809 Wilkerson, M. J., 900 Ramos, M., 939 Sonye, G., 833 Williams, C. R., 362 Rangel, E. F., 587 Souza, A. A., 587 Wirtz, R. A., 499 Ratanawong, S., 556 Spielman, A., 847 Wolfe, T. M., 226, 312 Ratcliffe, S. T., 52 Spring, A. R., 1 Wondji, C. S., 350 Readio, J., 889 Stallings, T., 908 Wu, W.-J., 685 Rechay, Y., 112 Stark, H. E., 818 Wyatt, C. R., 900 Reichard, R. E., 405 Still, K. M., 875 Reisen, W. K., 226, 312, 574, 793 Stiller, D., 667 X Ricci, L., 562 Stracker, T. H., 331 Xie, F., 499 Richtzenhain, L. J., 135 Su, T., 513 Xue, R.-D., 895 Riehle, M. A., 331 Suarez, J. L., 652 Rios-Candelaria, E., 256 Sumner, S. M., 695 Ritchie, S. A., 786 Svobodova, M., 12 Yan, G., 833 Ritzi, C. M., 275 Sweeney, A. W., 16 Yang, X., 662 Rizzoli, A., 485 Swist, S. L., 900 Yoder, J. A., 945 Robertson, H. M., 52 Young, D. G., 601 Rodriguez, M. H., Bi Rodriguez, M. M., Tabachnick, W. J., 405, 417 Z Rogers, P. C., 392 Tahara, H., 185 Zahiri, N. S., 513 Rojas, J. C., 256 Takano-Lee, M., 44 Zaim, M., 526 Rojruthai, B., 583 Tamashiro, M., 146 Zanatta Coutinho, M. T., 553 Romi, R., 446 Taylor, C. E., 70 Zebaze-Kemleu, S., 350 Rossi, C. A., 248 Tchuinkam, T., 350 Zerba, E. N., 191, 457 Rueda, L. M., 777 Temeyer, K. B., 384 Zhioua, E., 723 CUMULATIVE SUBJECT INDEX Journal of Medical Entomology Volume 39, 2002 A Ochlerotatus notoscriptus, 356 age-grading, Acari, 275, 343, 553 organophosphate, 882 Musca autumnalis, 499 bat ectoparasites, 343 ovitraps, 356 Musca domestica, 499 chiggers, 553 peptide hormone, 331 near-infrared spectroscopy, 499 Chiroptera, 553 pyrethroid, 882 pteridine, 499 ectoparasites, 553 resistance, 882 Stomoxys calcitrans, 499 Eudusbabekia provirilia n. sp., 343 subterranean, 143 algae, host-parasite relationships, 553 subterranean habitat, 356 Anopheles gambiae, 162 Leptonycteris nivalis, 343 surface habitat, 356 bacteria, 162 mites, 553 Aedes albopictus, 4, 699 density-dependence, 162 Myobiidae, 343 Aedes geniculatus, 699 larvae, 162 Polylopadium, 275 annual mean temperature, 4 nutrients, 162 Polylopadium peruensis, 275 body size, 699 aliphatic alcohols, Trombiculidae, 275 fecundity, 699 experimental lotions, 457 acaricide, geographical information system, Pediculus humanus capitis, 457 allergen avoidance, 755 4 permethrin resistance, 457 Der p 1, 755 Japan, 4 allergen avoidance, house dust mite, 755 northern distribution, 4 acaricide, 755 permethrin, 755 Tohoku district, 4 Der p 1, 755 placebo-controlled, 755 wing length, 699 house dust mite, 759 Acarina, Aedes flavopictus, permethrin, 755 dogs, 112 Aedes flavopictus downsi, 461 placebo-controlled, 755 Georgia, 112 Aedes flavopictus miyarai, 461] Alphavirus, acquired immunity, Japan, 461 Australia., 99 Haemaphysalis longicornis, 173 phylogenetic tree, 461] Ochlerotatus vigilax, 99 IFN-y - mice, 173 ribosomal DNA, 461 Ross River virus, 99 Th2 polarization, 173 temperature, 99 Aedes flavopictus downsi. adult control, vector competence, 99 Aedes flavopictus, 461 Culex, 574 alphaviruses, Aedes flavopictus miyarai, 46] microdistribution, 574 Australia, 786 Japan, 46] non-attractant traps, 574 flaviviruses, 786 phylogenetic tree, 461 pyrethrum, 574 mosquitoes, 786 ribosomal DNA, 461 ultra low volume, 574 Queensland, 786 Aedes flavopictus miyarai, adults, virus isolation, 786 Aedes flavopictus, 461 comparative behavior, 234 Amazon, Aedes flavopictus downsi, 461 Ixodes ricinus, 234 Amblyomma humerale, 814 Japan, 461 nymphs, 234 ticks, 814 phylogenetic tree, 461 Aedes, 469, 493 tortoises, 814 biting index, 493 ribosomal DNA, 461 Amazon Delta, community education, 493 Aedes geniculatus, Anopheles aquasalis, 861 control, 469 Aedes albopictus, 699 malaria vector, 861 Culex, 493 body size, 699 Nested Clade Analysis, 861 Mesocyclops, 469 fecundity, 699 northeastern Brazil, 861 mosquito control, 493 wing length, 699 phylogeographic structure, 86] north Queensland, 469 Aedes polynesiensis, + Amblyomma, Ochlerotatus, 469 Cardisoma carnifex, 658 Hepatozoon, 631 Polynesia, 493 Culex spp., 658 ixodids, 631 subterranean, 469 French Polynesia, 658 Rhipicephalus, 631 Aedes aegypti, 143, 331, 356, 545, 882 land crab, 658 tick-borne, 631 Anopheles gambiae, 545 mosquito control, 658 vector, 631 behavior, 331 Aedes vexans, Amblyomma americanum, 237, 667 cuticular hydrocarbons, 545 cliff swallow, 115 Babesia equi, 667 dengue fever, 143 coloniality, 115 blacklegged tick, 237 epidemiology, 143 Culex tarsalis, 115 Boophilus microplus, 667 esterase, 582 mosquito attraction, 115 equids, 667 glutathione-S-transferase, 882 Petrochelidon pyrrhonota, 115 host-seeking, 237 key container, 143 Aeromonas, Ixodes scapularis, 237 mating behavior, 545 mortality, 89 lone star tick, 237 midgut endocrine system, 331 Pseudomonas, 89 Lyme disease, 237 mosquitoes, 545 Serratia, 89 ticks, 667 nervous system, 33] Stomoxys calcitrans, 89 vectors, 667 November 2002 CUMULATIVE SuBJECT INDEX Amblyomma geochelone, vivax malaria, 244 Culex quinquefasciatus, 526 Ixodidae, 398 Anopheles albimanus, 61, 825 cuticular hydrocarbons, 545 Madagascan ploughshare tortoise, cyanobacteria, 825 density-dependence, 162 398 encapsulation, 61 eurygamy, 942 Madagascar, 398 hemocytes, 61 genetic distance, 870 new species, 398 insect immunity, 61 genetics, 942 Amblyomma humerale, larval feeding, 825 Great Rift Valley, 833 Amazon, 514 larval habitat, 825 habitat differences, 70 ticks. 814 malaria, 61 heterosis, 568 tortoises, S14 Mexico, 825 hybrid, 70 Amblyomma naponense, mosquito ecology, 825 insecticide resistance, 568 Amblyomma oblongoguttatum, 241 phenoloxidase, 61 Kenya, 833 Amblyomma ovale, 241 Anophe les albitarsis, Knockdown resistance mutation, Amblyomma scalpturatum, 241 gonotrophic cycle duration, 926 S70 swine, 241 mark-release-recapture 926 larvae. 162 ticks, 241 vectorial capacity, 926 malaria, 350, 526, 833 Amblyomma oblongoguttatum, Anopheles aquasalis, Mali, 568 Amblyomma naponense, 241 Amazon Delta, 861 mating behavior, 545 Amblyomma ovale, 241 malaria vector, 861 melanization, 84 Amblyomma scalpturatum, 241 Nested Clade Analysis, 861 Mopti Savannah, 70 swine, 241 northeastern Brazil, 86] mosquito net, 526 ticks, 241 phylogeographic structure, 861 mosquitoes, 545 Amblyomma ovale, Anopheles arabiensis, nuisance, 526 Amblyomma naponense, 241 Anopheles funestus, 833 nutrients, 162 Amblyomma oblongoguttatum, 241 Anopheles gambiae, 70, 833 Plasmodium falciparum, 84 Amblyomma scalpturatum, 241 Anopheles gambiae s.s., 70 refractoriness., 84 swine, 24] Great Rift Valley, 833 stenogamy, 942 ticks, 241 habitat differences, 70 Anopheles gambiae s.s Amblyomma scalpturatum, hybrid, 70 Anopheles arabiensis, 70 Amblyomma naponense, 241 Kenya, 833 Anopheles gambiae. 70 Amblyomma oblongoguttatum, 241 malaria, 833 Eucalyptus citriodora, 736 Amblyomma ovale, 24) Mopti Savannah, 70 habitat differences, 70 swine, 241 Anopheles campestris hybrid, 70 ticks, 241 malaria transmission, 583 Mopti Savannah, 70 American dog tick, potential vector, 583 p-menthane-3!8-diol, 736 2.4-dichlorophenol, 945 Anopheles dunhami., repellency, 736 2.6-dichlorophenol, 945 Anopheles nuneztovari, 613 stereoisomers, 736 Dermacentor variabilis, 945 Anopheles rangeli, 613 Anopheles grabhamii Sex pheromone, 945 Brazilian Amazon, 613 exotic species, 430 amitraz isozyme, 613 United States, 430 Boophilus microplus, 645 Nyssorhynchus subgenus, 613 Anopheles maculipennis complex, discriminating dose, 645 Anopheles funestus climate change, 621 resistance, 645 Anopheles arabiensis, 833 Europe, 621 Rhipicephalus sanguineus, 645 Anopheles gambiae, 350, 833 malaria, 621 southern cattle tick, 645 Anopheles moucheti, 350 remote sensing, 62] annual mean temperature, Anopheles nili, 350 risk maps, 621 Aedes albopictus, 4 anopheline, 350 Anopheles minimus geographical information system chromosomal inversions, 78 Anopheles saperoi, 146 4 Great Rift Valley, 833 Anopheles sinensis, 146 Japan, 4 Kenya, 78, §33 Anopheles stephensi, 146 northern distribution, 4 malaria 78, 350, 833 Plasmodium yoelii nigeriense, 146 Tohoku district, 4 variability, 78 susceptibility, 146 Anopheles, 28, 244, 324, 556 Anopheles gambiae Anopheles moucheti circumsporozoite protein, 324 Aedes aegypti, 545 Anopheles funestus co-infection, 556 algae, 162 Anopheles gambiae, : diagnostics, 244 Anopheles arabiensis, 70, 833 Anopheles nili, 350 dipstick assay, 324 Anopheles funestus, 350, 833 anopheline, 350 ; , enzyme-linked immunosorbent Anopheles gambiae s.s., 70 malaria, 350 assay, 244, 324 Anopheles moucheti, 350 Anopheles nili, females, 28 Anopheles nili, 350 Anopheles funestus, 350 keys, 28 Anopheles sacharovi, 870 Anopheles gambiae, 350 larvae, 28 anopheline, 350 Anopheles moucheti, 350 Pakistan, 28 bacteria, 162 anopheline, 350 phenotype VK210, 556 behavior, 942 malaria, 350 phenotype VK247. 556 Bifenthrin, 526 Anopheles nuneztovari Plasmodium falciparum, 324 chromosome inversions, 568 Anopheles dunhami, 613 Plasmodium vivax, 244, 324, 556 copulation, 942 Anopheles rangeli, 613 Republic of Korea, 244 Cote d'Ivoire, 568 Brazilian Amazon, 613 964 CUMULATIVE SUBJECT INDEX Vol. 39, no. 6 isozyme, 613 anti-mosquito antibodies, Ross River virus, 99 Nyssorhynchus subgenus, 613 Anopheles stephensi, 207 temperature, 99 Anopheles punctulatus group, midgut microvilli, 207 vector competence, 99 distribution, 16 Plasmodium berghei malaria, 207 virus isolation, 786 Papua New Guinea, 16 Arachnida, speciation, 16 Loxosceles reclusa, 948 B Anopheles rangeli. synanthropy, 948 Bal desia equi, Anopheles dunhami, 613 arbovirus, Amblyomma americanum, 667 Anopheles nuneztovari, 613 Culex tarsalis, 226 Boophilus microplus, 667 Brazilian Amazon, 613 diapause, 226 equids, 667 isozyme, 613 enzyme immunoassay, 312 ticks, 667 Nyssorhynchus subgenus, 613 reverse transcription-polymerase vectors, 667 Anopheles sacharovi, 446, 870 chain reaction, 312 Bac illus sphaericus, 513, 729 Anopheles gambiae, 870 St. Louis encephalitis virus, 226 Bacillus thuringiensis ssp. Armenia, 446 surveillance, 312 israelensis, 513 genetic distance, 870 virus isolation, 312 Culex pipiens, 729 Knockdown resistance mutation, western equine encephalomyelitis Culex quinquefasciatus, 513 870 virus, 226 gene identification, 729 malaria, 446 arbovirus vector, resistance, 513, 729 malaria vectors, 446 Culex annulirostris, 3 resistance management, 513 Anopheles saperoi Culex palpalis, 362 toxin-receptor binding, 729 Anopheles minimus, 146 Culex sitiens, 362 Bacillus thuringiensis ssp. israelensis, Anopheles sinensis, 146 polymerase chain Bacillus sphaericus, 513 Anopheles stephensi, 146 reaction-restriction Culex quinquefasciatus, 513 Plasmodium yoelii nigeriense, 146 fragment-length resistance, 513 susceptibility, 146 polymorphism, 362 resistance management, 513 Anopheles sinensis, sibling species, 362 bac teria, 130, 162 Anopheles minimus, 146 Armenia, algae, 162 Anopheles saperoi, 146 Anopheles sacharovi, 446 Anopheles gambiae, 162 Anopheles stephensi, 146 malaria, 446 attractant, 130 Plasmodium yoelii nigeriense, 146 malaria vectors, 446 Cochliomyia hominivorax, 130 susceptibility, 146 Armigeres subalbatus, density-dependence, 162 Anopheles stephensi, 146, 207 melanization, 266 larvae, 162 Anopheles minimus, 146 mosquito, 266 nutrients, 162 Anopheles saperoi, 146 prophenoloxidase, 266 oviposition stimulant, 130 Anopheles sinensis, 146 wound healing, 266 bag ging, anti-mosquito antibodies, 207 arthropod-borne disease, geographical information system, midgut microvilli, 207 livestock, 680 485 Plasmodium berghei malaria, 207 sand flies, 680 Ixodes ricinus, 485 Plasmodium yoelii nigeriense, 146 vectors, 680 Lyme disease, 485 susceptibility, 146 vesicular stomatitis, 680 risk prediction, 485 anopheline, western United States, 680 tree-based classifiers, 485 Anopheles funestus, 350 arthropod-borne pathogens, Bartonella henselae, Anopheles gambiae, 350 disease eradication, 405 cat fleas, 915 Anopheles moucheti, 350 foreign animal disease cat scratch disease, 915 Anopheles nili, 350 introductions, 405 Ctenocephalides felis, 915 malaria, 350 artificial feeding, 285, 675 transmission, 915 antenna, 36, 705 bedbugs, 675 Bartonella quintana, Chagas’ disease, 705 Borrelia burgdorferi, 285 body lice, 427 Dermatobia, 36 capillary feeding, 285 detection, 427 Diptera, 36 Cimex lectularius, 675 polymerase chain reaction, 427 nymphs, 705 Ixodes scapularis, 285 trench fever, 427 semiochemical., 3 Lyme disease, 285 basic reproduction number, sensilla, 36 ticks, 285 nonsystemic transmission, 417 Triatoma guazu, 705 attractant, 130, 191 vesicular stomatitis virus, 417 Triatoma jurbergi, 705 bacteria, 130 Basque Country, Triatominae, 705 Chagas disease, 191 Borrelia burgdorferi sensu lato, ultrastructure, 36 Cochliomyia hominivorax, 130 177 antibacterial proteins, oviposition stimulant, 130 Ixodes ricinus, 177 blowfly, 931 pheromone, 19] risk index, 177 Calliphora vicina, 931 Triatoma infestans, 191 Spain, 177 Cecropin B, 931] Triatomine, 191 bat ectoparasites, 298, 343 Escherichia coli, 93) Australia, Acari, 343 microinjection, 931 alphaviruses, 99, 786 Eudusbabekia provirilia n. sp., ‘ antibody, flaviviruses, 786 Leptonycteris nivalis, 343 Bovine lymphocytes, 900 mosquitoes, 786 Myobiidae, 343 lymphocyte suppression, 900 Ochlerotatus vigilax, 99 Periglischrus eurysternus, 298 mitogen stimulation, 900 Queensland, 786 Periglischrus steresotrichus, 298 November 2002 CUMULATIVE SUBJECT INDEX Spinturnicidae, 298 mosquito control, 493 resistance, 645 Tonatia, 298 Polynesia, 493 resistance mechanism, 770 bedbugs, black flies, Rhipicephalus sanguineus, 645 artificial feeding, 6 cytogenetics, 293 sodium channel, 770 Cimex lectularius, 675 laboratory colonization, 293 southern cattle tick, 645 behavior, 121, 127, 331, 942 polytene chromosomes, 293 tick cell lines, 278 Aedes aegypti, 331 Simulium vittatum, 293 ticks, 667 Anopheles gambiae, 942 blacklegged tick, 237, vectors, 667 control, 127 Amblyomma americanum, : Borrelia burgdorferi, 198, 218, 285, 509 copulation, 942 biolegical control, 723 artificial feeding, 285 eurygamy, 942 entomopathogenic fungi. 7 capillary feeding, 285 genetics, 942 host-seeking, 237 human granulocytic ehrlichiosis, management, 127 Ixodes scapularis, 237, 218 midgut endocrine system, lone star tick, 237 Ixodes scapularis, 218, 285, 509 nervous system, 331 Lyme disease, 237 Lyme disease, 198, 285, 509 olfaction, 121 Metarhizium anisopliae, 723 Minnesota, 218 oviposition, 121] blood feeding habits. rodents, 198 peptide hormone, 331 birds, 777 South Carolina, 198 stenogamy, 942 Culex, 777 tick removal, 509 Stomoxys calcitrans, 127 mosquitoes, 777 ticks, 198, 285 Toxorhynchites amboinensis, 121 West Nile virus, 777 Borrelia burgdorferi sensu lato, Toxorhynchites moctezuma, 121 bloodmeal. Basque Country, 177 traps, 127 esterases, 720 Ixodes ricinus, 177 Bifenthrin, isoelectrofocusing, 720 risk index, 177 Anopheles gambiae, 526 sand flies, 720 Spain, 177 Culex quinquefasciatus, 526 trypsin inhibitors, 720 Bovine lymphocytes. malaria, 526 bloodmeal identification, antibody, 900 mosquito net, 526 dot enzyme-linked immuno- lymphocyte suppression, 900 nuisance, 526 absorbent assay, 440 mitogen stimulation, 900 bioassay, 742, 895 feeding behavior, 440 Brazilian Amazon, colonization, 742 forage ratio, 440 Anopheles dunhami, 613 Ctenocephalides felis, 742 host selectivity index, 440 Anopheles nuneztovari, 613 insecticide resistance, 742 Lutzomyia pseudolongipalpis, 440 Anopheles rangeli, 613 multiple resistance, 742 blowfly, isozyme, 613 Ochlerotatus taeniorhynchus antibacterial proteins, 931 Nyssorhynchus subgenus, 613 repellent field testing, 895 Calliphora vicina, 931 Brindley’s gland. tolerance, 742 Cecropin B, 931 exocrine compounds, 256 biological control, 52, 106, 723 Escherichia coli, 931 Rhodnius prolixus, 256 blacklegged tick, 723 microinjection, 931 Triatominae, 256 Carcinops pumnilio, 106 body lice Brugia malayi dispersal, 106 Bartonella quintana, 427 elephantiasis, 215 entomopathogenic fungi, 723 detection, 427 human lymphatic filariasis, 215 house fly, 52, 106 polymerase chain reaction, 427 Malaysia, 215 Ixodes scapularis, 723 trench fever, 427 Mansonia indiana, 215 livestock entomology. 52 body size, Lyme disease, 723 Aedes albopictus, 699 C Metarhizium anisopliae, 723 Aedes geniculatus, 699 Calliphora vicina. parasitism, 52 fecundity, 699 antibacterial proteins, 931 polymerase chain reaction- wing length, 699 blowfly, 931 restriction fragment-length Boophilus microplus, 27 8. 645. 667, Cecropin B, 931 polymorphism, 52 763, 770 Escherichia coli, 93 poultry, 106 Amblyomma americanum, 667 microinjection, 931 stable fly, 52 amitraz, 645 capillary feeding. 285, 809 biology, Babesia equi, 667 artificial feeding, 285 Ixodes didelphidis, 135 cattle tick, 763 Borrelia burgdorferi, 285 Ixodes loricatus, 135 control, 763 Ixodes scapularis, 285 second internal transcribed coumaphos, 278 Lyme disease, 285 spacer, 135 diagnostic, 770 rickettsiae, 809 spiracular plate, 135 discriminating dose, 645 ticks, 285 birds, equids, 667 transovarial transmission, 809 blood feeding habits, esterases, 278 Carcinops pumilio, Culex, 777 in vitro culture, 278 biological control, 106 mosquitoes, 777 ivermectin, 763 dispersal. 106 West Nile virus, 777 macrocyclic lactone, 763 house fly, 106 biting index, moxidectin, 763 poultry, 106 Aedes, 493 mutation, 770 Cardisoma carnifex, community education, 493 organophosphate resistance, 278 Aedes polynesiensis, 658 Culex, 493 polymerase chain reaction, 770 Culex spp., 658 966 CUMULATIVE SuBJECT INDEX Vol. 39, no. 6 French Polynesia, 658 chiggers, 521, 553 Trichophoromyia, 601 land crab, 658 Acari, 553 coloniality, mosquito control, 658 Chiroptera, 553 Aedes vexans, 115 cat flea, 370, 475, 671, 685, 889, 915 ectoparasites, 55: 3 cliff swallow, 115 Bartonella henselae, 915 host-parasite relationships, 5: 33 Culex tarsalis, 115 cat scratch disease, 915 Leptotrombidium chiangraiensis, mosquito attraction, 115 Ctenocephalides felis, 370, 475, 685, 521 Petrochelidon pyrrhonota, 115 889, 915 Leptotrombidium deliense, 521 colonization, Ctenocephafleilids efesli s, 671 Leptotrombidium imphalum, 521 bioassay, 742 fenoxycarb, 889 mites, 553 Ctenocephalides felis, 742 flea eggs, 671 Orientia tsutsugamushi, 52] insecticide resistance, 742 grooming behavior, 685 transmission, 521] multiple resistance, 742 imidacloprid, 671 Chiroptera, tolerance, 742 insemination, 370, 475 Acari, 305 53 community education, juvenile hormone, 475 chiggers, 553 Aedes, 493 larval bioassay, 671 ectoparasites, 553 biting index, 493 methoprene, 889 host-parasite relationships, 553 Culex, 493 on-animal control, 685 mites, 553 mosquito control, 493 on-host distribution, 685 chromosomal inversions, Polynesia, 493 pyriproxyfen, 889 Anopheles funestus, 78 comparative behavior, sodium chloride, 370 Anopheles gambiae, 568 adults, 234 sperm transfer, 475 Cote d'Ivoire, 568 Ixodes ricinus, 234 transmission, 915 heterosis, 568 nymphs, 234 weight gain, 370 insecticide resistance, control, 127, 469, 763 scratch disease, Kenya, 78 Aedes, 469 Bartonella henselae, 915 malaria, 78 behavior, 127 cat fleas, 915 Mali, 568 Boophilus microplus, 763 Ctenocephalides felis, 915 variability, 78 cattle tick, 763 transmission, 915 Cimex lectularius, ivermectin, 763 cattle tick, artificial feeding, 675 macrocyclic lactone, 763 Boophilus microplus, 763 bedbugs, 675 management, 127 circumsporozoite protein, Mesocyclops, 469 control, 763 Anopheles, 324 moxidectin, 763 ivermectin, 763 dipstick assay, 324 north Queensland, 469 macrocyclic lactone, 763 enzyme-linked immunosorbent Ochlerotatus, 469 moxidectin, 763 assay, 324 Stomoxys calcitrans, 127 CDC light traps Plasmodium falciparum, 324 subterranean, 469 gravid traps, 920 Plasmodium vivax, 324 traps, 127 mosquito, 920 cliff swallow copulation, 847, 942 Ochlerotatus japonicus, 920 Aedes vexans, 115 Anopheles gambiae, 942 trapping efficiency, 920 coloniality, 115 behavior, 942 Cecropin B, Culex tarsalis, 115 eurygamy, 942 antibacterial proteins, 931 mosquito attraction, 115 genetics, 942 blowfly, 931 Petrochelidon pyrrhonota, 115 Ixodes, 847 Calliphora vicina, 931 climate change, remating inhibition, 847 Escherichia coli, 931 Anopheles maculipennis complex, spermatophore, 847 microinjection, 931 621 stenogamy, 942 Chagas’ disease, Europe, 621 Cote d'Ivoire, antenna, 705 malaria, 621 Anopheles gambiae, 568 attractant, 191 remote sensing, 621 chromosome inversions, 568 microclimate, 716 risk maps, 621 heterosis, 568 nymphs, 705 Cochliomyia hominivorax, insecticide resistance, 568 Panstrongylus megistus, 716 attractant, 130 Mali, 568 pheromone, 191] bacteria, 130 coumaphos, starvation, 716 oviposition stimulant, 130 Boophilus microplus, 278 thermopreference, 716 co-infection, esterases, 278 Triatoma guazu, 705 Anopheles, 556 in vitro culture, 278 Triatoma infestans, 191 phenotype VK210, 556 organophosphate resistance, 278 Triatoma jurbergi, 705 phenotype VK247, 556 tick cell lines, 278 Triatominae, 705 Plasmodium vivax, 556 Ctenocephalides felis, 370, 475, 685, triatominae, 716 Colombia, 451, 601 742, 889, 915 Triatomine, 19] Leishmania braziliensis, 451 Bartonella henselae, 915 chemotaxis, Leishmania chagasi, 451 bioassay, 742 microfilaria, 908 Lutzomyia, 601 cat flea, 370, 475, 685, 889, 915 Onchocerca, 908 Lutzomyia evansi, 451 cat scratch disease, 915 orientation, 908 Lutzomyia longipalpis, 451 colonization, 742 Simulium, 908 new species, 601 fenoxycarb, 889 vector, 908 Putumayo, 601 grooming behavior, 685 November 2002 CUMULATIVE SuBjECT INDEX insecticide resistance, 742 surveillance, | Mexico, 825 insemination, 370, 475 toxin-receptor binding, 729 mosquito ecology, 825 juvenile hormone, 475 Triethylamine, 806 cytochrome b. methoprene, 889 vertical transmission, 640 Lutzomyia longipalpis, 689 multiple resistance, 742 West Nile virus, 1, 221, 640 molecular methods, 689 on-animal control, 685 Culex pipiens pallens population genetics, 689 on-host distribution, 685 Culex quinquefasciatus, 185 sand fly, 689 pyriproxyfen, 889 high temperature, 185 single strand conformation sodium chloride, 370 reproduction, 185 polymorphism, 689 sperm transfer, 475 survival, 185 cytochrome oxidase I tolerance, 742 Culex quinquefasciatus, 185, 513, 526 lice. 662 transmission, 915 Anopheles gambiae, 526 Pediculidae, 662 weight gain, 370 Bacillus sphaericus, 513 Pediculus capitis, 662 Ctenocephalides felis felis. Bacillus thuringiensis ssp. Pediculus humanus, 662 cat flea, 671 israelensis, 513 Phthiraptera, 662 flea eggs, 671 Bifenthrin, 526 cytogenetics, imidacloprid, 671 Culex pipiens pallens, 185 black flies, 293 larval bioassay, 671 high temperature, 185 laboratory colonization, 293 Culex, 493, 574, 777 malaria, 526 polytene chromosomes, 293 adult control, 574 mosquito net. 526 Simulium vittatum, 293 Aedes, 493 nuisance, 526 birds, 777 reproduction, 185 D biting index, 493 resistance, 513 dairv herd. blood feeding habits, 777 resistance management, 513 He matobia irritans. 939 community education, 493 survival, 185 Mexico. 939 microdistribution, 574 Culex sitiens, pyrethroid susceptibility, 939 mosquito control, 493 arbovirus vector, 362 deet. mosquitoes, 777 Culex annulirostris, 362 NV. 541 non-attractant traps, 574 Culex palpalis, 362 N-diethyl-3-methylbenzamide, 541 Polynesia. 493 polymerase chain picaridin, 541 pyrethrum, 574 reaction-restriction repellents, 541 ultra low volume. 574 fragment-length Verrallina lineata, 541 West Nile virus. 777 polymorphism, 362 DEET vapor. Culex annulirostris sibling species, 362 human subject, 935 arbovirus vector, 362 Culex spp.. Mosquito, 935 Culex palpalis, 362 Aedes polynesiensis, 658 wind. 935 Culex sitiens, 362 Cardisoma carnifex, 658 defecation behavior. polymerase chain French Polynesia, 658 Rhodnius prolixus, 44 reaction-restriction land crab, 658 Trypanosoma cruzi, 44 fragment-length mosquito control, 658 vector potential, 44 polymorphism, 362 Culex tarsalis, 115, 226, 793 dengue fever, sibling species, 362 Aedes vexans, 115 Aedes aegypti, 143 Culex nigripalpus, arbovirus, 226 epidemiology, 143 Diptera, 854 cliff swallow, 115 key container, 143 geographic variation, 854 coloniality, 115 subterranean, 143 isozyme electrophoresis, 854 diapause, 226 density-dependence, population genetics, 854 enzootic transmission, 793 algae, 162 temporal variation, 854 molecular genetics, 793 Anopheles gambiae, 162 Culex palpalis. mosquito attraction, 115 bacteria, 162 arbovirus vector, 362 over wintering, 793 larvae, 162 Culex annulirostris, 362 Petrochelidon pyrrhonota, 115 nutrients, 162) Culex sitiens, 362 St. Louis encephalitis virus. 226, Der p 1. polymerase chain 793 acaricide, 755 reaction-restriction surveillance, 793 allergen avoidance, 755 fragment-length western equine encephalomyelitis house dust mite, 755 polymorphism, 362 virus, 226 permethrin, 755 sibling species, 362 cutaneous leishmaniasis placebo-controlled, 755 Culex pipiens, 1, 221, 640, 729, Leishmania tropica, 12 Dermacentor variabilis, 376 Bacillus sphaericus, 729 sand fly, 12 2.4-dichlorophenol, 945 detection, | cuticular hydrocarbons, 2.6-dichlorophenol, 945 eastern equine encephalomyelitis, Aedes aegypti, 545 American dog tick, 945 806 Anopheles gambiae, 5 545 Escherichia coli, 376 environmental temperature, 221 mating behavior. 54 5 nodulation, 376 gene identification, 729 mosquitoes, 545 resistance, 376 mosquitoes, 506 cyanobacteria, Sex pheromone, 945 Ochlerotatus atropalpus, 806 Anopheles albimanus, 825 Dermatobia, Ochlerotatus taeniorhynchus, 806 larval feeding, 825 antenna, 36 resistance, 729 larval habitat, 825 Diptera, 36 968 CUMULATIVE SUBJECT INDEX Vol. 39, no. 6 semiochemical., 36 disease eradication, entomopathogenic fungi, sensilla, 36 arthropod-borne pathogens, 405 biological control, 7 2923 a ultrastructure, 36 foreign animal disease blacklegged tick, 72 3 desert, introductions, 405 Ixodes scapularis, 72 >Q) fleas, 875 dispersal, Lyme disease, 723 water balance, 875 biological control, 106 Metarhizium anisopliae, 723 Xenopsylla, 875 Carcinops pumilio, 106 environment, detection, 1, 427 house fly, 106 flea, 818 Bartonella quintana, 427 poultry, 106 Microtus californicus, 818 body lice, 427 distribution, nest, 818 Culex pipiens, | Anopheles punctulatus group, 16 population, 818 polymerase chain reaction, 427 Papua New Guinea, 16 vole, 818 surveillance, 1 speciation, 16 environmental temperature, trench fever, 427 dogs, Culex pipiens, 221 West Nile virus, 1 Acarina, 112 West Nile virus, 221 diagnostic, Georgia, 112 enzootic transmission, Anopheles, 244 dot enzyme-linked immuno-absorbent Culex tarsalis, 793 Boophilus microplus, 770 assay, molecular genetics, 793 enzyme-linked immunosorbent bloodmeal identification, 440 over wintering, 793 assay, 244 feeding behavior, 440 St. Louis encephalitis virus, 793 mutation, 770 forage ratio, 440 surveillance, 793 Plasmodium vivax, 244 host selectivity index, 440 enzyme immunoassay, polymerase chain reaction, 770 Lutzomyia pseudolongipalpis, 440 arboviruses, 312 Republic of Korea, 244 reverse transcription-polymerase resistance mechanism, 770 chain reaction, 312 E surveillance, 312 sodium channel, 770 eastern equine encephalitis virus, virus isolation, 312 vivax malaria, 244 Ochlerotatus j. japonicus, 480 enzyme-linked immunosorbent assay, diapause, transmission, 480 244, 324 arbovirus, 226 vector competence, 480 Anopheles, 244, 324 Culex tarsalis, 226 eastern equine encephalomyelitis, circumsporozoite protein, 324 St. Louis encephalitis virus, 226 Culex pipiens, 806 diagnostics, 244 western equine encephalomyelitis mosquitoes, 506 dipstick assay, 324 virus, 226 Ochlerotatus atropalpus, 806 Plasmodium falciparum, 324 2.4-dichlorophenol, Ochlerotatus taeniorhynchus, 806 Plasmodium vivax, 244, 324 2.6-dichlorophenol, 945 Triethylamine, 806 Republic of Korea, 244 American dog tick, 945 ectoparasites, vivax malaria, 244 Dermacentor variabilis, 945 Acari, 553 epidemiology, Sex pheromone, 945 2.6-dichlorophenol, chiggers, 553 Aedes aegypti, 143 2.4-dichlorophenol, 945 Chiroptera, 59%55 3 dengue fever, 143 American dog tick, 945 host-parasite relationships, 553 key container, 143 dipstSDeiexcr km apcahseesnartyo,om ro nev,ar ia9b4i5l is, 945 Egypimtsi.ot least,i on5,5 3 248 equiAsBdsaum,bbb etlseiryaro amnemeqauain ,, a6m61e74 r3 icanum, 667 Anopheles, 324 mosquitoes, 248 Boophilus microplus, 667 circumsporozoite protein, 324 virus, 248 ticks, 667 enzyme-linked immunosorbent elephantiasis, vectors, 667 assay, 324 Brugia malayi, 215 Escherichia coli, 376, 931 Plasmodium falciparum, 324 human lymphatic filariasis, 215 antibacterial proteins, 931 Plasmodium vivax, 324 Malaysia, 215 blowfly, 931 Diptera, 36, 854 Mansonia indiana, 215 Calliphora vicina, 931 antenna, 36 emerging, disease, Cecropin B, 931 Culex nigripalpus, 854 human granulocytic ehrlichiosis, Dermacentor variabilis, 376 Dermatobia, 36 251 microinjection, 93] geographic variation, 854 Ixodes scapularis, 251 nodulation, 376 isozyme electrophoresis, 854 Ixodidae, 251 resistance, 376 population genetics, 854 prevalence, 251 esterase, semiochemical., 36 encapsulation, Aedes aegypti, 882 sensilla, 36 Anopheles albimanus, 61 bloodmeal, 720 temporal variation, 854 hemocytes, 61 Boophilus microplus, 278 ultrastructure, 36 insect immunity, 61 coumaphos, 278 discriminating dose, malaria, 61 glutathione-S-transferase, 882 amitraz, 645 phenoloxidase, 61 in vitro culture, 278 Boophilus microplus, 645 endosymbionts, isoelectrofocusing, 720 resistance, 645 Ixodes woodi, 534 organophosphate, 882 Rhipicephalus sanguineus Rickettsiella, 534 organophosphate resistance, 27 southern cattle tick, 645 ticks, 534 pyrethroid, 882