| # | Document title | Authors | Year | Source | Cited by |
| 1 | A global map of dominant malaria vectors | Sinka M., Bangs M., Manguin S., Rubio-Palis Y., Rubio-Palis Y., Chareonviriyaphap T., Chareonviriyaphap T., Coetzee M., Mbogo C., Hemingway J., Patil A., Temperley W., Gething P., Kabaria C., Burkot T., Harbach R., Hay S., Hay S. | 2012 | Parasites and Vectors,
5(1), 69 | 480 |
| 2 | The dominant anopheles vectors of human malaria in the Asia-Pacific region: Occurrence data, distribution maps and bionomic précis | Sinka M.E., Bangs M.J., Manguin S., Chareonviriyaphap T., Patil A.P., Temperley W.H., Gething P.W., Elyazar I.R., Kabaria C.W., Harbach R.E., Hay S.I. | 2011 | Parasites and Vectors,
4(1), 89 | 411 |
| 3 | Transmission of pathogens by Stomoxys flies (Diptera, Muscidae): A review | Baldacchino F., Muenworn V., Desquesnes M., Desquesnes M., Desoli F., Charoenviriyaphap T., Duvallet G., Duvallet G. | 2013 | Parasite,
20(1), 26 | 244 |
| 4 | Review of insecticide resistance and behavioral avoidance of vectors of human diseases in Thailand | Chareonviriyaphap T., Bangs M., Suwonkerd W., Kongmee M., Corbel V., Corbel V., Ngoen-Klan R. | 2013 | Parasites and Vectors,
6(1), 280 | 212 |
| 5 | A new classification system for the actions of IRS chemicals traditionally used for malaria control | Grieco J., Achee N., Chareonviriyaphap T., Suwonkerd W., Chauhan K., Sardelis M., Roberts D. | 2007 | PLoS ONE,
2(8), e716 | 187 |
| 6 | Developing global maps of the dominant anopheles vectors of human malaria | Hay S.I., Hay S.I., Sinka M.E., Okara R.M., Kabaria C.W., Mbithi P.M., Tago C.C., Benz D., Gething P.W., Howes R.E., Patil A.P., Temperley W.H., Bangs M.J., Chareonviriyaphap T., Elyazar I.R.F., Harbach R.E., Hemingway J., Manguin S., Mbogo C.M., Rubio-Palis Y., Godfray H.C.J. | 2010 | PLoS Medicine,
7(2), e1000209 | 156 |
| 7 | Insecticide susceptible/resistance status in Aedes (Stegomyia) aegypti and Aedes (Stegomyia) albopictus (Diptera: Culicidae) in Thailand during 2003-2005 | Jirakanjanakit N., Rongnoparut P., Saengtharatip S., Chareonviriyaphap T., Duchon S., Bellec C., Bellec C., Yoksan S. | 2007 | Journal of Economic Entomology,
100(2), pp. 545-550 | 140 |
| 8 | Identifying genomic changes associated with insecticide resistance in the dengue mosquito Aedes aegypti by deep targeted sequencing | Faucon F., Faucon F., Dusfour I., Gaude T., Gaude T., Navratil V., Boyer F., Boyer F., Chandre F., Sirisopa P., Thanispong K., Juntarajumnong W., Poupardin R., Chareonviriyaphap T., Girod R., Corbel V., Corbel V., Reynaud S., Reynaud S., David J., David J. | 2015 | Genome Research,
25(9), pp. 1347-1359 | 135 |
| 9 | Review on global co-transmission of human Plasmodium species and Wuchereria bancrofti by Anopheles mosquitoes | Manguin S., Bangs M., Pothikasikorn J., Chareonviriyaphap T. | 2010 | Infection, Genetics and Evolution,
10(2), pp. 159-177 | 126 |
| 10 | Status of malaria in THAILAND | Chareonviriyaphap T., Bangs M.J., Ratanatham S. | 2000 | Southeast Asian Journal of Tropical Medicine and Public Health,
31(2), pp. 225-237 | 115 |
| 11 | Pesticide avoidance behavior in Anopheles albimanus, a malaria vector in the Americas | Chareonviriyaphap T., Roberts D.R., Andre R.G., Harlan H.J., Manguin S., Bangs M.J. | 1997 | Journal of the American Mosquito Control Association,
13(2), pp. 171-183 | 110 |
| 12 | Current insecticide resistance patterns in mosquito vectors in Thailand | Chareonviriyaphap T., Aum-Aung B., Ratanatham S. | 1999 | Southeast Asian Journal of Tropical Medicine and Public Health,
30(1), pp. 184-194 | 108 |
| 13 | Methods of testing and analyzing excito-repellency responses of malaria vectors to insecticides | Roberts D., Chareonviriyaphap T., Harlan H., Hshieh P. | 1997 | Journal of the American Mosquito Control Association,
13(1), pp. 13-17 | 106 |
| 14 | A Probability Model of Vector Behavior: Effects of DDT Repellency, Irritancy, and Toxicity in Malaria Control | Roberts D., Alecrim W., Hshieh P., Grieco J., Bangs M., Andre R., Chareonviriyaphap T. | 2000 | Journal of Vector Ecology,
25(1), pp. 48-61 | 88 |
| 15 | Behavioral responses of Aedes aegypti (Diptera: Culicidae) exposed to deltamethrin and possible implications for disease control | Kongmee M., Prabaripai A., Akratanakul P., Bangs M., Chareonviriyaphap T. | 2004 | Journal of Medical Entomology,
41(6), pp. 1055-1063 | 83 |
| 16 | Larval habitats and distribution patterns of Aedes aegypti (Linnaeus) and Aedes albopictus (Skuse), in Thailand | Chareonviriyaphap T., Akratanakul P., Nettanomsak S., Huntamai S. | 2003 | Southeast Asian Journal of Tropical Medicine and Public Health,
34(3), pp. 529-535 | 79 |
| 17 | Plants traditionally used as mosquito repellents and the implication for their use in vector control | Tisgratog R., Sanguanpong U., Grieco J., Ngoen-Kluan R., Chareonviriyaphap T. | 2016 | Acta Tropica,
157, pp. 136-144 | 72 |
| 18 | Anopheles species diversity and distribution of the malaria vectors of Thailand | Tainchum K., Kongmee M., Manguin S., Bangs M., Bangs M., Chareonviriyaphap T. | 2015 | Trends in Parasitology,
31(3), pp. 109-119 | 71 |
| 19 | Frequency of pyrethroid resistance in Aedes aegypti and Aedes albopictus (Diptera: Culicidae) in Thailand | Chuaycharoensuk T., Chuaycharoensuk T., Juntarajumnong W., Boonyuan W., Bangs M., Akratanakul P., Akratanakul P., Thammapalo S., Jirakanjanakit N., Tanasinchayakul S., Chareonviriyaphap T. | 2011 | Journal of Vector Ecology,
36(1), pp. 204-212 | 64 |
| 20 | Excito-repellency of deltamethrin on the malaria vectors, Anopheles minimus, Anopheles dirus, Anopheles swadiwongporni, and Anopheles maculatus, in Thailand | Chareonviriyaphap T., Prabaripai A., Bangs M. | 2004 | Journal of the American Mosquito Control Association,
20(1), pp. 45-54 | 63 |
| 21 | Characterization of deltamethrin resistance in field populations of Aedes aegypti in Thailand | Yaicharoen R., Kiatfuengfoo R., Chareonviriyaphap T., Rongnoparut P. | 2005 | Journal of Vector Ecology,
30(1), pp. 144-150 | 62 |
| 22 | Biochemical studies of insecticide resistance in Aedes (Stegomyia) aegypti and Aedes (Stegomyia) albopictus (Diptera: Culicidae) in Thailand. | Pethuan S., Jirakanjanakit N., Saengtharatip S., Chareonviriyaphap T., Kaewpa D., Rongnoparut P. | 2007 | Tropical biomedicine,
24(1), pp. 7-15 | 59 |
| 23 | An improved excito-repellency test chamber for mosquito behavioral tests | Chareonviriyaphap T., Prabaripai A., Sungvornyothrin S. | 2002 | Journal of Vector Ecology,
27(2), pp. 250-252 | 57 |
| 24 | Species diversity and biting activity of Anopheles dirus and Anopheles baimaii (Diptera: Culicidae) in a malaria prone area of western Thailand | Tananchai C., Tisgratog R., Juntarajumnong W., Grieco J., Manguin S., Prabaripai A., Chareonviriyaphap T. | 2012 | Parasites and Vectors,
5(1), 211 | 56 |
| 25 | Insecticide resistance of Aedes aegypti and Culex quinquefasciatus in Thailand | Thanispong K., Sathantriphop S., Chareonviriyaphap T. | 2008 | Journal of Pesticide Science,
33(4), pp. 351-356 | 55 |
| 26 | Excito-repellency properties of essential oils from Melaleuca leucadendron L., Litsea cubeba (Lour.) Persoon, and Litsea salicifolia (Nees) on Aedes aegypti (L.) mosquitoes | Noosidum A., Prabaripai A., Chareonviriyaphap T., Chandrapatya A. | 2008 | Journal of Vector Ecology,
33(2), pp. 305-312 | 54 |
| 27 | Challenges and prospects for dengue and malaria control in Thailand, Southeast Asia | Corbel V., Corbel V., Nosten F., Nosten F., Thanispong K., Luxemburger C., Kongmee M., Chareonviriyaphap T. | 2013 | Trends in Parasitology,
29(12), pp. 623-633 | 47 |
| 28 | Seasonal Abundance and Blood Feeding Activity of Anopheles minimus Theobald (Diptera: Culicidae) in Thailand | Chareonviriyaphap T., Prabaripai A., Bangs M., Aum-Aung B. | 2003 | Journal of Medical Entomology,
40(6), pp. 876-881 | 46 |
| 29 | Contribution of Asymptomatic Plasmodium Infections to the Transmission of Malaria in Kayin State, Myanmar | Chaumeau V., Chaumeau V., Chaumeau V., Chaumeau V., Kajeechiwa L., Fustec B., Landier J., Landier J., Naw Nyo S., Nay Hsel S., Phatharakokordbun P., Kittiphanakun P., Nosten S., Thwin M.M., Win Tun S., Wiladphaingern J., Cottrell G., Parker D.M., Minh M.C., Kwansomboon N., Metaane S., Montazeau C., Kunjanwong K., Sawasdichai S., Andolina C., Andolina C., Ling C., Ling C., Haohankhunnatham W., Christiensen P., Wanyatip S., Konghahong K., Cerqueira D., Imwong M., Dondorp A.M., Dondorp A.M., Chareonviriyaphap T., White N.J., White N.J., Nosten F.H., Nosten F.H., Corbel V. | 2019 | Journal of Infectious Diseases,
219(9), pp. 1499-1509, jiy686 | 46 |
| 30 | Initial assessment of the acceptability of a push-pull Aedes aegypti control strategy in Iquitos, Peru and Kanchanaburi, Thailand | Paz-Soldan V., Plasai V., Morrison A., Rios-Lopez E., Guedez-Gonzales S., Grieco J., Mundal K., Chareonviriyaphap T., Achee N. | 2011 | American Journal of Tropical Medicine and Hygiene,
84(2), pp. 208-217 | 45 |
| 31 | Synergistic repellent and irritant effect of combined essential oils on Aedes aegypti (L.) mosquitoes | Noosidum A., Chareonviriyaphap T., Chandrapatya A. | 2014 | Journal of Vector Ecology,
39(2), pp. 298-305 | 45 |
| 32 | Use of an anopheles salivary biomarker to assess malaria transmission risk along the Thailand-Myanmar border | Ya-Umphan P., Ya-Umphan P., Cerqueira D., Cerqueira D., Parker D.M., Cottrell G., Poinsignon A., Remoue F., Brengues C., Chareonviriyaphap T., Nosten F., Nosten F., Corbel V., Corbel V. | 2017 | Journal of Infectious Diseases,
215(3), pp. 396-404 | 44 |
| 33 | Synergistic toxicity of plant essential oils combined with pyrethroid insecticides against blow flies and the house fly | Suwannayod S., Sukontason K.L., Pitasawat B., Junkum A., Limsopatham K., Jones M.K., Somboon P., Leksomboon R., Chareonviriyaphap T., Tawatsin A., Thavara U., Sukontason K. | 2019 | Insects,
10(6), 178 | 44 |
| 34 | Identifying the effective concentration for spatial repellency of the dengue vector Aedes aegypti | Achee N., Masuoka P., Smith P., Martin N., Chareonviriyaphap T., Polsomboon S., Hendarto J., Grieco J. | 2012 | Parasites and Vectors,
5(1), 300 | 43 |
| 35 | Insecticide-induced behavioral responses of Anopheles minimus, a malaria vector in Thailand | Chareonviriyaphap T., Sungvornyothin S., Ratanatham S., Prabaripai A. | 2001 | Journal of the American Mosquito Control Association,
17(1), pp. 13-22 | 43 |
| 36 | Behavioral responses to DDT and pyrethroids between Anopheles minimus species A and C, malaria vectors in Thailand | Potikasikorn J., Chareonviriyaphap T., Bangs M.J., Prabaripai A. | 2005 | American Journal of Tropical Medicine and Hygiene,
73(2), pp. 343-349 | 43 |
| 37 | Trophic behavior and biting activity of the two sibling species of the Anopheles minimus complex in western Thailand | Sungvornyothin S., Muenvorn V., Garros C., Manguin S., Prabaripai A., Bangs M., Chareonviriyaphap T. | 2006 | Journal of Vector Ecology,
31(2), pp. 252-261 | 42 |
| 38 | Excito-repellent activity of β-caryophyllene oxide against Aedes aegypti and Anopheles minimus | Nararak J., Sathantriphop S., Kongmee M., Mahiou-Leddet V., Ollivier E., Manguin S., Chareonviriyaphap T. | 2019 | Acta Tropica,
197, 105030 | 39 |
| 39 | Effects of nutritional and physiological status on behavioral avoidance of Anopheles minimus (Diptera: Culicidae) to DDT, deltamethrin and lambdacyhalothrin | Sungvornyothin S., Chareonviriyaphap T., Prabaripai A., Thirakhupt V., Ratanatham S., Bangs M. | 2001 | Journal of Vector Ecology,
26(2), pp. 202-215 | 39 |
| 40 | Biochemical detection of pyrethroid resistance mechanisms in Anopheles minimus in Thailand | Chareonviriyaphap T., Rongnoparut P., Chantarumpom P., Bangs M.J. | 2003 | Journal of Vector Ecology,
28(1), pp. 108-116 | 38 |
| 41 | Cloning of cytochrome P450, CYP6P5, and CYP6AA2 from Anopheles minimus resistant to deltamethrin | Rongnoparut P., Boonsuepsakul S., Chareonviriyaphap T., Thanomsing N. | 2003 | Journal of Vector Ecology,
28(2), pp. 150-158 | 37 |
| 42 | Behavioral responses of catnip (Nepeta cataria) by two species of mosquitoes, aedes aegypti and anopheles harrisoni, in Thailand | Polsomboon S., Grieco J., Achee N., Chauhan K., Tanasinchayakul S., Pothikasikorn J., Chareonviriyaphap T. | 2008 | Journal of the American Mosquito Control Association,
24(4), pp. 513-519 | 36 |
| 43 | Irritancy and repellency behavioral responses of three strains of aedes aegypti exposed to DDT and α-cypermethrin | Thanispong K., Achee N., Bangs M., Grieco J., Suwonkerd W., Prabaripai A., Chareonviriyaphap T. | 2009 | Journal of Medical Entomology,
46(6), pp. 1407-1414 | 35 |
| 44 | Host feeding patterns and preference of Anopheles minimus (Diptera: Culicidae) in a malaria endemic area of western Thailand: Baseline site description | Tisgratog R., Tananchai C., Juntarajumnong W., Tuntakom S., Bangs M., Corbel V., Chareonviriyaphap T. | 2012 | Parasites and Vectors,
5(1), 114 | 34 |
| 45 | Malaria Vectors and Species Complexes in Thailand: Implications for Vector Control | Tananchai C., Manguin S., Bangs M.J., Bangs M.J., Chareonviriyaphap T. | 2019 | Trends in Parasitology | 34 |
| 46 | Cytochrome P450 genes: Molecular cloning and overexpression in a pyrethroid-resistant strain of Anopheles minimus mosquito | Rodpradit P., Boonsuepsakul S., Chareonviriyaphap T., Bangs M., Rongnoparut P. | 2005 | Journal of the American Mosquito Control Association,
21(1), pp. 71-79 | 33 |
| 47 | A multiplex PCR assay for the identification of five species of the Anopheles barbirostris complex in Thailand | Brosseau L., Udom C., Sukkanon C., Chareonviriyaphap T., Bangs M., Saeung A., Manguin S. | 2019 | Parasites and Vectors,
12(1), 223 | 33 |
| 48 | Insecticide resistance in malaria vectors along the Thailand-Myanmar border | Chaumeau V., Chaumeau V., Chaumeau V., Chaumeau V., Cerqueira D., Zadrozny J., Kittiphanakun P., Andolina C., Andolina C., Chareonviriyaphap T., Nosten F., Nosten F., Corbel V., Corbel V. | 2017 | Parasites and Vectors,
10(1), pp. 1-11, 165 | 32 |
| 49 | Diversity of Anopheles species and trophic behavior of putative malaria vectors in two malaria endemic areas of northwestern Thailand | Tainchum K., Ritthison W., Chuaycharoensuk T., Bangs M., Bangs M., Manguin S., Chareonviriyaphap T. | 2014 | Journal of Vector Ecology,
39(2), pp. 424-436 | 32 |
| 50 | Behavioral responses of Aedes aegypti, Aedes albopictus, Culex quinquefasciatus, and Anopheles minimus against various synthetic and natural repellent compounds | Sathantriphop S., White S., Achee N., Sanguanpong U., Chareonviriyaphap T. | 2014 | Journal of Vector Ecology,
39(2), pp. 328-339 | 32 |
| 51 | Contact Irritant Responses of Aedes aegypti Using Sublethal Concentration and Focal Application of Pyrethroid Chemicals | Manda H., Shah P., Polsomboon S., Chareonviriyaphap T., Castro-Llanos F., Morrison A., Morrison A., Burrus R., Grieco J., Achee N. | 2013 | PLoS Neglected Tropical Diseases,
7(2), e2074 | 32 |
| 52 | Behavioral responses of Aedes aegypti and Culex quinquefasciatus (Diptera: Culicidae) to four essential oils in Thailand | Suwansirisilp K., Visetson S., Prabaripai A., Tanasinchayakul S., Grieco J., Bangs M., Chareonviriyaphap T. | 2013 | Journal of Pest Science,
86(2), pp. 309-320 | 31 |
| 53 | Geographic distribution of stomoxyine flies (Diptera: Muscidae) and diurnal activity of Stomoxys calcitrans in Thailand | Muenworn V., Duvallet G., Thainchum K., Tuntakom S., Tanasilchayakul S., Prabaripai A., Akratanakul P., Sukonthabhirom S., Chareonviriyaphap T. | 2010 | Journal of Medical Entomology,
47(5), pp. 791-797 | 30 |
| 54 | Aedes aegypti and Ae. albopictus (Diptera: Culicidae) ecology, biology, behaviour, and implications on arbovirus transmission in Thailand: Review | Ahebwa A., Hii J., Hii J., Neoh K.B., Chareonviriyaphap T., Chareonviriyaphap T. | 2023 | One Health,
16, 100555 | 30 |
| 55 | The effects of plant essential oils on escape response and mortality rate of Aedes aegypti and Anopheles minimus | Sathantriphop S., Achee N., Sanguanpong U., Chareonviriyaphap T. | 2015 | Journal of Vector Ecology,
40(2), pp. 318-326 | 29 |
| 56 | Status of insecticide resistance in Anopheles mosquitoes in Ubon Ratchathani province, Northeastern Thailand | Sumarnrote A., Overgaard H.J., Overgaard H.J., Overgaard H.J., Marasri N., Fustec B., Fustec B., Thanispong K., Chareonviriyaphap T., Corbel V., Corbel V. | 2017 | Malaria Journal,
16(1), 299 | 29 |
| 57 | Irritability and repellency of synthetic pyrethroids on an aedes aegypti population from Thailand | Mongkalangoon P., Grieco J., Achee N., Suwonkerd W., Chareonviriyaphap T. | 2009 | Journal of Vector Ecology,
34(2), pp. 217-224 | 28 |
| 58 | Species identification of horse flies (Diptera: Tabanidae) in Thailand using DNA barcoding | Changbunjong T., Bhusri B., Sedwisai P., Weluwanarak T., Nitiyamatawat E., Chareonviriyaphap T., Ruangsittichai J. | 2018 | Veterinary Parasitology,
259, pp. 35-43 | 28 |
| 59 | Selection for pyrethroid resistance in a colony of Anopheles minimus species A, a malaria vector in Thailand | Chareonviriyaphap T., Rongnoparut P., Juntarumporn P. | 2002 | Journal of Vector Ecology,
27(2), pp. 222-229 | 27 |
| 60 | Excito-repellency of essential oils against an Aedes aegypti (L.) field population in Thailand | Boonyuan W., Grieco J., Bangs M., Prabaripai A., Tantakom S., Chareonviriyaphap T. | 2014 | Journal of Vector Ecology,
39(1), pp. 112-122 | 27 |
| 61 | Seasonality and daily flight activity of stable flies (Diptera: Muscidae) on dairy farms in Saraburi Province, THA | Phasuk J., Prabaripai A., Chareonviriyaphap T. | 2013 | Parasite,
20(1), 16 | 27 |
| 62 | Relationship between Aedes aegypti production and occurrence of Escherichia coli in domestic water storage containers in rural and sub-urban villages in Thailand and Laos | Dada N., Vannavong N., Seidu R., Lenhart A., Stenström T., Stenström T., Chareonviriyaphap T., Overgaard H. | 2013 | Acta Tropica,
126(3), pp. 177-185 | 27 |
| 63 | Biting activity and host preference of the malaria vectors Anopheles maculatus and Anopheles sawadwongporni (Diptera: Culicidae) in Thailand | Muenworn V., Sungvornyothin S., Kongmee M., Polsomboon S., Bangs M., Akrathanakul P., Tanasinchayakul S., Prabaripai A., Chareonviriyaphap T. | 2009 | Journal of Vector Ecology,
34(1), pp. 62-69 | 25 |
| 64 | Species diversity and abundance of Tabanus spp. (Diptera: Tabanidae) in different habitats of Thailand | Changbunjong T., Sedwisi P., Weluwanarak T., Nitiyamatawat E., Sariwongchan R., Chareonviriyaphap T. | 2018 | Journal of Asia-Pacific Entomology,
21(1), pp. 134-139 | 25 |
| 65 | Effect of Aedes aegypti exposure to spatial repellent chemicals on BG-Sentinel™ trap catches | Salazar F.V., Achee N.L., Grieco J.P., Prabaripai A., Ojo T.A., Eisen L., Dureza C., Polsomboon S., Chareonviriyaphap T. | 2013 | Parasites and Vectors,
6(1), 145 | 24 |
| 66 | Comparison of the Performances of Five Primer Sets for the Detection and Quantification of Plasmodium in Anopheline Vectors by Real-Time PCR | Chaumeau V., Chaumeau V., Chaumeau V., Andolina C., Fustec B., Fustec B., Ndam N.T., Ndam N.T., Brengues C., Herder S., Herder S., Cerqueira D., Cerqueira D., Chareonviriyaphap T., Nosten F., Nosten F., Corbel V., Corbel V. | 2016 | PLoS ONE,
11(7), e0159160 | 24 |
| 67 | Seasonal abundance and bloodfeeding activity of anopheles dirus sensu lato in Western Thailand | Sungvornyothin S., Sungvornyothin S., Kongmee M., Muenvorn V., Polsomboon S., Bangs M., Prabaripai A., Tantakom S., Chareonviriyaphap T. | 2009 | Journal of the American Mosquito Control Association,
25(4), pp. 425-430 | 24 |
| 68 | The effect of host type on movement patterns of Aedes aegypti (Diptera: Culicidae) into and out of experimental huts in Thailand | Suwonkerd W., Suwonkerd W., Mongkalangoon P., Parbaripai A., Grieco J., Achee N., Roberts D., Chareonviriyaphap T. | 2006 | Journal of Vector Ecology,
31(2), pp. 311-318 | 24 |
| 69 | How reliable is the humeral pale spot for identification of cryptic species of the minimus Complex? | Sungvornyothin S., Garros C., Chareonviriyaphap T., Manguin S. | 2006 | Journal of the American Mosquito Control Association,
22(2), pp. 185-191 | 24 |
| 70 | Susceptibility of various mosquitoes of Thailand to nocturnal subperiodic Wuchereria bancrofti | Pothikasikorn J., Bangs M., Boonplueang R., Chareonviriyaphap T. | 2008 | Journal of Vector Ecology,
33(2), pp. 313-320 | 22 |
| 71 | Susceptibility and avoidance behavior by Culex quinquefasciatus say to three classes of residual insecticides | Sathantriphop S., Sathantriphop S., Ketavan C., Prabaripai A., Visetson S., Bangs M., Akratanakul P., Chareonviriyaphap T. | 2006 | Journal of Vector Ecology,
31(2), pp. 266-274 | 21 |
| 72 | A high throughput screening system for determining the three actions of insecticides against Aedes aegypti (Diptera: Culicidae) populations in thailand | Thanispong K., Achee N., Grieco J., Bangs M., Suwonkerd W., Prabaripai A., Chauhan K., Chareonviriyaphap T. | 2010 | Journal of Medical Entomology,
47(5), pp. 833-841 | 21 |
| 73 | Insecticide-induced behavioral responses in two populations of Anopheles maculatus and Anopheles sawadwongporni, malaria vectors in Thailand | Muenworn V., Akaratanakul P., Bangs M., Parbaripai A., Chareonviriyaphap T. | 2006 | Journal of the American Mosquito Control Association,
22(4), pp. 689-698 | 21 |
| 74 | Feeding response of Aedes aegypti and Anopheles dirus (Diptera: Culicidae) using out-of-date human blood in a membrane feeding apparatus | Pothikasikorn J., Boonplueang R., Suebsaeng C., Khaengraeng R., Chareonviriyaphap T. | 2010 | Journal of Vector Ecology,
35(1), pp. 149-155 | 21 |
| 75 | Diversity and biting patterns of Anopheles species in a malaria endemic area, Umphang Valley, Tak Province, western Thailand | Tananchai C., Tananchai C., Pattanakul M., Nararak J., Sinou V., Manguin S., Chareonviriyaphap T. | 2019 | Acta Tropica,
190, pp. 183-192 | 21 |
| 76 | Influence of nutritional and physiological status on behavioral responses of Aedes aegypti (Diptera: Culicidae) to deltamethrin and cypermethrin | Chareonviriyaphap T., Kongmee M., Bangs M., Sathantriphop S., Meunworn V., Parbaripai A., Suwonkerd W., Akratanakul P., Akratanakul P. | 2006 | Journal of Vector Ecology,
31(1), pp. 89-101 | 21 |
| 77 | Rapid identification of the invasive fall armyworm Spodoptera frugiperda (Lepidoptera, Noctuidae) using species-specific primers in multiplex PCR | Tsai C.L., Chu I.H., Chou M.H., Chareonviriyaphap T., Chiang M.Y., Lin P.A., Lu K.H., Yeh W.B. | 2020 | Scientific Reports,
10(1), 16508 | 21 |
| 78 | Vector bionomics and malaria transmission along the Thailand-Myanmar border: a baseline entomological survey | Kwansomboon N., Chaumeau V., Chaumeau V., Chaumeau V., Kittiphanakun P., Cerqueira D., Cerqueira D., Corbel V., Corbel V., Chareonviriyaphap T. | 2017 | Journal of Vector Ecology,
42(1), pp. 84-93 | 21 |
| 79 | Entomological determinants of malaria transmission in kayin state, eastern myanmar: A 24-month longitudinal study in four villages [version 3; peer review: 2 approved] | Chaumeau V., Chaumeau V., Chaumeau V., Chaumeau V., Fustec B., Hsel S.N., Montazeau C., Nyo S.N., Metaane S., Sawasdichai S., Kittiphanakun P., Phatharakokordbun P., Kwansomboon N., Andolina C., Andolina C., Cerqueira D., Chareonviriyaphap T., Nosten F.H., Nosten F.H., Corbel V. | 2019 | Wellcome Open Research,
3, 109 | 21 |
| 80 | Effects of environmental conditions on the movement patterns of aedes aegypti (Diptera: Culicidae) into and out of experimental huts in Thailand | Suwannachote N., Grieco J., Achee N., Suwonkerd W., Wongtong S., Chareonviriyaphap T. | 2009 | Journal of Vector Ecology,
34(2), pp. 267-275 | 20 |
| 81 | Activity of kaffir lime (Citrus hystrix) essential oil against blow flies and house fly | Suwannayod S., Sukontason K.L., Somboon P., Junkum A., Leksomboon R., Chaiwong T., Jones M.K., Sripa B., Balthaisong S., Phuyao C., Chareonviriyaphap T., Sukontason K. | 2018 | Southeast Asian Journal of Tropical Medicine and Public Health,
49(1), pp. 32-45 | 20 |
| 82 | Evaluation of a peridomestic mosquito trap for integration into an Aedes aegypti (Diptera: Culicidae) push-pull control strategy | Salazar F., Achee N., Grieco J., Prabaripai A., Eisen L., Shah P., Chareonviriyaphap T. | 2012 | Journal of Vector Ecology,
37(1), pp. 8-19 | 19 |
| 83 | Prevalence of Plasmodium spp. in Anopheles mosquitoes in Thailand: a systematic review and meta-analysis | Sukkanon C., Masangkay F.R., Mala W., Kotepui K.U., Wilairatana P., Chareonviriyaphap T., Chareonviriyaphap T., Kotepui M. | 2022 | Parasites and Vectors,
15(1), 285 | 19 |
| 84 | Establishment of Diagnostic Doses of Five Pyrethroids for Monitoring Physiological Resistance in Aedes Albopictus in Thailand | Thanispong K., Sathantriphop S., Malaithong N., Bangs M., Bangs M., Chareonviriyaphap T. | 2015 | Journal of the American Mosquito Control Association,
31(4), pp. 346-352 | 18 |
| 85 | Pathogenesis of Thai duck Tembusu virus in BALB/c mice: Descending infection and neuroinvasive virulence | Yurayart N., Ninvilai P., Chareonviriyaphap T., Kaewamatawong T., Thontiravong A., Tiawsirisup S. | 2020 | Transboundary and Emerging Diseases | 18 |
| 86 | Comparison of isozyme patterns of Aedes aegypti populations collected from pre- and post-Bacillus thuringiensis israelensis treatment sites in Thailand | Lerdthusnee K., Chareonviriyaphap T. | 1999 | Journal of the American Mosquito Control Association,
15(1), pp. 48-52 | 18 |
| 87 | Comparison of aedes aegypti (Diptera: Culicidae) resting behavior on two fabric types under consideration for insecticide treatment in a push-pull strategy | Tainchum K., Polsomboon S., Grieco J., Suwonkerd W., Prabaripai A., Sungvornyothin S., Chareonviriyaphap T., Achee N. | 2013 | Journal of Medical Entomology,
50(1), pp. 59-68 | 18 |
| 88 | Behavioral responses to transfluthrin by Aedes aegypti, Anopheles minimus, Anopheles harrisoni, and Anopheles dirus (Diptera: Culicidae) | Sukkanon C., Nararak J., Nararak J., Bangs M.J., Bangs M.J., Hii J., Hii J., Chareonviriyaphap T. | 2020 | PLoS ONE,
15(8 August), e0237353 | 18 |
| 89 | Discriminating lethal concentrations and efficacy of six pyrethroids for control of Aedes aegypti in Thailand | Juntarajumnong W., Pimnon S., Bangs M., Thanispong K., Chareonviriyaphap T. | 2012 | Journal of the American Mosquito Control Association,
28(1), pp. 30-37 | 18 |
| 90 | Targeting educational campaigns for prevention of malaria and dengue fever: An assessment in Thailand | Brusich M., Grieco J., Penney N., Tisgratog R., Ritthison W., Chareonviriyaphap T., Achee N. | 2015 | Parasites and Vectors,
8(1), 43 | 18 |
| 91 | Chemically induced behavioral responses in Anopheles minimus and Anopheles harrisoni in Thailand | Tisgratog R., Tananchai C., Bangs M., Tainchum K., Juntarajumnong W., Prabaripai A., Chauhan K., Pothikasikorn J., Chareonviriyaphap T. | 2011 | Journal of Vector Ecology,
36(2), pp. 321-331 | 17 |
| 92 | Discriminating lethal concentrations for transfluthrin, a volatile pyrethroid compound for mosquito control in Thailand | Sukkanon C., Bangs M.J., Bangs M.J., Nararak J., Hii J., Hii J., Chareonviriyaphap T. | 2020 | Journal of the American Mosquito Control Association,
35(4), pp. 258-266 | 17 |
| 93 | Comparative Behavioral Responses of Pyrethroid-Susceptible and -Resistant Aedes aegypti (Diptera: Culicidae) Populations to Citronella and Eucalyptus Oils | Sathantriphop S., Thanispong K., Sanguanpong U., Achee N., Bangs M., Bangs M., Chareonviriyaphap T. | 2014 | Journal of Medical Entomology,
51(6), pp. 1182-1191 | 17 |
| 94 | Behavioral responses of malaria vectors, Anopheles minimus complex, to three classes of agrochemicals in Thailand | Pothikasikorn J., Overgaard H., Ketavan C., Visetson S., Bangs M., Chareonviriyaphap T. | 2007 | Journal of Medical Entomology,
44(6), pp. 1032-1039 | 17 |
| 95 | Avoidance Behavior to Essential Oils by Anopheles minimus, a Malaria Vector in Thailand | Nararak J., Sathantriphop S., Chauhan K., Tantakom S., Eiden A.L., Chareonviriyaphap T. | 2016 | Journal of the American Mosquito Control Association,
32(1), pp. 34-43 | 16 |
| 96 | Species diversity and seasonality of phlebotomine sand flies (Diptera: Psychodidae) in Satun province, Thailand | Panthawong A., Chareonviriyaphap T., Phasuk J. | 2015 | Southeast Asian Journal of Tropical Medicine and Public Health,
46(5), pp. 857-865 | 16 |
| 97 | Comparison of Field and Laboratory-Based Tests for Behavioral Response of Aedes aegypti (Diptera: Culicidae) to Repellents | Sathantriphop S., Kongmee M., Tainchum K., Suwansirisilp K., Sanguanpong U., Bangs M., Bangs M., Chareonviriyaphap T. | 2015 | Journal of Economic Entomology,
108(6), pp. 2770-2778 | 16 |
| 98 | Molecular analysis of forensically important blow flies in Thailand | Sontigun N., Sukontason K.L., Amendt J., Zajac B.K., Zehner R., Sukontason K., Chareonviriyaphap T., Wannasan A. | 2018 | Insects,
9(4), 159 | 16 |
| 99 | Effects of physiological conditioning on behavioral avoidance by using a single age group of Aedes aegypti exposed to deltamethrin and DDT | Polsomboon S., Poolprasert P., Bangs M., Suwonkerd W., Grieco J., Achee N., Parbaripai A., Chareonviriyaphap T. | 2008 | Journal of Medical Entomology,
45(2), pp. 251-259 | 16 |
| 100 | Dual exposure of Rickettsia typhi and Orientia tsutsugamushi in the field-collected Rattus rodents from Thailand | Chareonviriyaphap T., Leepitakrat W., Lerdthusnee K., Lerdthusnee K., Chao C., Ching W. | 2014 | Journal of Vector Ecology,
39(1), pp. 182-189 | 15 |
| 101 | Diversity of stomoxys spp. (diptera: Muscidae) and diurnal variations of activity of stomoxys indicus and s. calcitrans in a farm, in wang nam khiao district, Nakhon Ratchasima Province, Thailand | Keawrayup S., Duvallet G., Sukonthabhirom S., Chareonviriyaphap T. | 2012 | Parasite,
19(3), pp. 259-265 | 15 |
| 102 | Excito-Repellency of Citrus hystrix DC Leaf and Peel Essential Oils Against Aedes aegypti and Anopheles minimus (Diptera: Culicidae), Vectors of Human Pathogens | Nararak J., Sathantriphop S., Kongmee M., Bangs M., Chareonviriyaphap T. | 2017 | Journal of medical entomology,
54(1), pp. 178-186 | 15 |
| 103 | Excito-repellency Activity of Andrographis paniculata (Lamiales: Acanthaceae) against Colonized Mosquitoes | Sukkanon C., Karpkird T., Saeung M., Leepasert T., Panthawong A., Suwonkerd W., Bangs M.J., Bangs M.J., Chareonviriyaphap T. | 2020 | Journal of Medical Entomology,
57(1), pp. 192-203 | 15 |
| 104 | Detection of Anaplasma spp. and Bartonella spp. from wild-caught rodents and their ectoparasites in Nakhon Ratchasima Province, Thailand | Panthawong A., Grieco J.P., Ngoen-klan R., Chao C.C., Chareonviriyaphap T. | 2020 | Journal of Vector Ecology,
45(2), pp. 241-253 | 14 |
| 105 | Evaluation of the Constituents of Vetiver Oil Against Anopheles minimus (Diptera: Culicidae), a Malaria Vector in Thailand | Tisgratog R., Sukkanon C., Grieco J., Sanguanpong U., Chauhan K., Coats J., Chareonviriyaphap T. | 2018 | Journal of Medical Entomology,
55(1), pp. 193-199 | 14 |
| 106 | Irritant and repellent responses of anopheles harrisoni and anopheles minimus upon exposure to bifenthrin or deltamethrin using an excito-repellency system and a live host | Kongmee M., Boonyuan W., Achee N., Prabaripai A., Lerdthusnee K., Chareonviriyaphap T. | 2012 | Journal of the American Mosquito Control Association,
28(1), pp. 20-29 | 14 |
| 107 | Human-landing patterns of anopheles dirus sensu lato (Diptera: Culicidae) in experimental huts treated with DDT or deltamethrin | Malaithong N., Polsomboon S., Poolprasert P., Parbaripai A., Bangs M., Suwonkerd W., Pothikasikorn J., Akratanakul P., Chareonviriyaphap T. | 2010 | Journal of Medical Entomology,
47(5), pp. 823-832 | 14 |
| 108 | An improved experimental hut design for the study of Aedes aegypti (Diptera: Culicidae) movement patterns in Thailand | Chareonviriyaphap T., Grieco J., Suwonkerd W., Prabaripai A., Polsomboon S., Thainchum K., Sungvornyothin S., Achee N. | 2010 | Journal of Vector Ecology,
35(2), pp. 428-431 | 14 |
| 109 | Biting patterns and host preference of Anopheles epiroticus in Chang Island, Trat Province, eastern Thailand | Ritthison W., Tainchum K., Manguin S., Bangs M., Bangs M., Chareonviriyaphap T. | 2014 | Journal of Vector Ecology,
39(2), pp. 361-371 | 14 |
| 110 | Mitochondrial DNA-based identification of forensically important flesh flies (Diptera: Sarcophagidae) in Thailand | Samerjai C., Samerjai C., Sukontason K.L., Sontigun N., Sukontason K., Klong-Klaew T., Chareonviriyaphap T., Kurahashi H., Klimpel S., Kochmann J., Saeung A., Somboon P., Wannasan A. | 2020 | Insects,
11(1), 2 | 14 |
| 111 | The use of an experimental hut for evaluating the entering and exiting behavior of Aedes aegypti (Diptera: Culicidae), a primary vector of dengue in Thailand | Chareonviriyaphap T., Suwonkerd W., Suwonkerd W., Mongkalangoon P., Achee N., Grieco J., Farlow B., Roberts D. | 2005 | Journal of Vector Ecology,
30(2), pp. 344-346 | 13 |
| 112 | Comparing light—emitting—diodes light traps for catching anopheles mosquitoes in a forest setting, western thailand | Jhaiaun P., Panthawong A., Saeung M., Sumarnrote A., Kongmee M., Ngoen-Klan R., Chareonviriyaphap T. | 2021 | Insects,
12(12), 1076 | 13 |
| 113 | Excito-repellency and biological safety of β-caryophyllene oxide against Aedes albopictus and Anopheles dirus (Diptera: Culicidae) | Nararak J., Nararak J., Giorgio C.D., Sukkanon C., Mahiou-Leddet V., Ollivier E., Manguin S., Chareonviriyaphap T. | 2020 | Acta Tropica,
210, 105556 | 13 |
| 114 | Species composition and abundance of stomoxys spp. (Diptera: Muscidae) in Peninsular Thailand | Lorn S., Ratisupakorn S., Duvallet G., Chareonviriyaphap T., Tainchum K. | 2020 | Journal of Medical Entomology,
57(1), pp. 252-258 | 13 |
| 115 | Abundance and distribution of Anopheles mosquitoes in a malaria endemic area along the Thai-Lao border | Marasri N., Overgaard H.J., Overgaard H.J., Overgaard H.J., Sumarnrote A., Thanispong K., Corbel V., Corbel V., Chareonviriyaphap T. | 2017 | Journal of Vector Ecology,
42(2), pp. 325-334 | 13 |
| 116 | Field Evaluation of a Spatial Repellent Emanation Vest for Personal Protection Against Outdoor Biting Mosquitoes | Sukkanon C., Tisgratog R., Muenworn V., Bangs M.J., Bangs M.J., Hii J., Hii J., Chareonviriyaphap T. | 2021 | Journal of medical entomology,
58(2), pp. 756-766 | 13 |
| 117 | Predicting geographic distribution of forensically significant blow flies of subfamily chrysomyinae (Diptera: Calliphoridae) in northern Thailand | Klong-Klaew T., Ngoen-Klan R., Moophayak K., Sukontason K., Irvine K.N., Tomberlin J.K., Somboon P., Chareonviriyaphap T., Kurahashi H., Sukontason K.L. | 2018 | Insects,
9(3), 106 | 12 |
| 118 | Insecticidal and behavioral avoidance responses of Anopheles minimus and Culex quinquefasciatus (Diptera: Culicidae) to three synthetic repellents | Boonyuan W., Sathantriphop S., Tainchum K., Tainchum K., Tainchum K., Muenworn V., Prabaripai A., Bangs M., Bangs M., Chareonviriyaphap T. | 2017 | Journal of Medical Entomology,
54(5), pp. 1312-1322 | 12 |
| 119 | Host feeding responses of Aedes aegypti (L.) exposed to deltamethrin | Boonyuan W., Kongmee M., Bangs M., Prabaripai A., Chareonviriyaphap T. | 2011 | Journal of Vector Ecology,
36(2), pp. 361-372 | 12 |
| 120 | Enhanced mortality in deltamethrin-resistant Aedes aegypti in Thailand using a piperonyl butoxide synergist | Kongmee M., Thanispong K., Sathantriphop S., Sukkanon C., Bangs M., Bangs M., Chareonviriyaphap T. | 2019 | Acta Tropica,
189, pp. 76-83 | 12 |
| 121 | Pyrethroid induced behavioral responses of Anopheles dirus, a vector of malaria in Thailand | Tananchai C., Tisgratog R., Grieco J., Chareonviriyaphap T. | 2012 | Journal of Vector Ecology,
37(1), pp. 187-196 | 12 |
| 122 | Influence of time of assay on behavioral responses of laboratory and field populations Aedes aegypti and Culex quinquefasciatus (Diptera: Culicidae) to DEET | Tainchum K., Ritthison W., Sathantriphop S., Tanasilchayakul S., Manguin S., Bangs M., Chareonviriyaphap T. | 2014 | Journal of Medical Entomology,
51(6), pp. 1227-1236 | 12 |
| 123 | Bacterial Microbiome in Wild-Caught Anopheles Mosquitoes in Western Thailand | Tainchum K., Tainchum K., Dupont C., Dupont C., Chareonviriyaphap T., Jumas-Bilak E., Jumas-Bilak E., Bangs M.J., Bangs M.J., Manguin S. | 2020 | Frontiers in Microbiology,
11, 965 | 11 |
| 124 | Population structure of stomoxys calcitrans (Diptera: Muscidae) from nine regions of Thailand | Tainchum K., Tainchum K., Sukonthabhirom S., Duvallet G., Akratanakul P., Akratanakul P., Muenworn V., Chareonviriyaphap T. | 2010 | Journal of Economic Entomology,
103(3), pp. 1012-1018 | 11 |
| 125 | New records and DNA barcoding of deer flies, Chrysops (Diptera: Tabanidae) in Thailand | Changbunjong T., Weluwanarak T., Sedwisai P., Ruangsittichai J., Duvallet G., Chareonviriyaphap T. | 2020 | Acta Tropica,
210, 105532 | 11 |
| 126 | An automated, field-compatible device for excito-repellency assays in mosquitoes | Tanasinchayakul S., Polsomboon S., Prabaripai A., Chareonviriyaphap T. | 2006 | Journal of Vector Ecology,
31(1), pp. 210-212 | 11 |
| 127 | Assessing factors of E. coli contamination of household drinking water in suburban and rural Laos and Thailand | Vannavong N., Vannavong N., Overgaard H., Chareonviriyaphap T., Dada N., Rangsin R., Sibounhom A., Stenström T., Seidu R. | 2018 | Water Science and Technology: Water Supply,
18(3), pp. 886-900 | 11 |
| 128 | Seasonal abundance and distribution of Anopheles larvae in a riparian malaria endemic area of western Thailand | Kongmee M., Achee N.L., Lerdthusnee K., Bangs M.J., Chowpongpang S., Prabaripai A., Chareonviriyaphap T. | 2012 | Southeast Asian Journal of Tropical Medicine and Public Health,
43(3), pp. 601-613 | 11 |
| 129 | Susceptibility of Aedes aegypti and Aedes albopictus (Diptera: Culicidae) to temephos in Thailand and surrounding countries | Saeung M., Ngoen-Klan R., Thanispong K., Muenworn V., Bangs M.J., Bangs M.J., Chareonviriyaphap T. | 2020 | Journal of Medical Entomology,
57(4), pp. 1207-1220 | 11 |
| 130 | Genomic Shifts, Phenotypic Clines, and Fitness Costs Associated With Cold Tolerance in the Asian Tiger Mosquito | Sherpa S., Tutagata J., Gaude T., Laporte F., Kasai S., Ishak I.H., Guo X., Shin J., Boyer S., Marcombe S., Chareonviriyaphap T., David J.P., Chen X.G., Zhou X., Després L. | 2022 | Molecular biology and evolution,
39(5), msac104 | 11 |
| 131 | Inference for entomological semi-field experiments: Fitting a mathematical model assessing personal and community protection of vector-control interventions | Fairbanks E.L., Fairbanks E.L., Saeung M., Pongsiri A., Vajda E., Vajda E., Vajda E., Wang Y., Wang Y., McIver D.J., Richardson J.H., Tatarsky A., Lobo N.F., Moore S.J., Moore S.J., Moore S.J., Moore S.J., Ponlawat A., Chareonviriyaphap T., Ross A., Ross A., Chitnis N., Chitnis N. | 2024 | Computers in Biology and Medicine,
168, 107716 | 11 |
| 132 | Biting patterns of Anopheles minimus complex (Diptera: Culicidae) in experimental huts treated with DDT and deltamethrin | Polsomboon S., Poolprasert P., Suwonkerd W., Bangs M., Tanasinchayakul S., Akratanakul P., Chareonviriyaphap T. | 2008 | Journal of Vector Ecology,
33(2), pp. 285-292 | 11 |
| 133 | Behavioural responses of deltamethrin- and permethrin-resistant strains of Aedes aegypti when exposed to permethrin in an excito-repellency test system | Paeporn P., Supaphathorm K., Sathantriphop S., Chareonviriyaphap T., Yaicharoen R. | 2007 | Dengue Bulletin,
31, pp. 153-159 | 11 |
| 134 | Plasmodium Infections in Anopheles Mosquitoes in Ubon Ratchathani Province, Northeastern Thailand During a Malaria Outbreak | Sumarnrote A., Corbel V., Corbel V., Overgaard H.J., Overgaard H.J., Overgaard H.J., Celhay O., Marasri N., Fustec B., Fustec B., Thanispong K., Chareonviriyaphap T. | 2018 | Journal of the American Mosquito Control Association,
34(1), pp. 11-17 | 10 |
| 135 | Field evaluation of a semi-automatic funnel trap targeted the medically important non-biting flies | Klong-klaew T., Sontigun N., Sanit S., Samerjai C., Sukontason K., Kurahashi H., Koehler P.G., Pereira R.M., Limsopatham K., Suwannayod S., Thanapornpoonpong S.n., Chareonviriyaphap T., Sukontason K.L. | 2017 | Acta Tropica,
176, pp. 68-77 | 9 |
| 136 | Stomoxyinae Flies in Thailand: A Précis, with Abridged Taxonomic Key to the Adult Species | Malaithong N., Duvallet G., Ngoen-Klan R., Bangs M., Bangs M., Chareonviriyaphap T. | 2019 | Vector-Borne and Zoonotic Diseases,
19(6), pp. 385-394 | 9 |
| 137 | Comparison of blood feeding response and infection of Aedes aegypti to Wuchereria bancrofti using animal membranes and direct host contact | Pothikasikorn J., Bangs M.J., Chareonviriyaphap T., Roongruangchai K., Roongruangchai J. | 2007 | Journal of the American Mosquito Control Association,
23(3), pp. 294-298 | 9 |
| 138 | A comparison of attractants for sampling stomoxys calcitrans (Diptera: Muscidae) on dairy farms in Saraburi Province, Thailand | Phasuk J., Prabaripai A., Chareonviriyaphap T. | 2016 | Journal of Economic Entomology,
109(2), pp. 942-946 | 9 |
| 139 | Excito-Repellent Responses between Culex quinquefasciatus Permethrin Susceptible and Resistant Mosquitoes | Boonyuan W., Bangs M., Bangs M., Grieco J., Tiawsirisup S., Prabaripai A., Chareonviriyaphap T. | 2016 | Journal of Insect Behavior,
29(4), pp. 415-431 | 9 |
| 140 | Repellency and contact irritancy responses of aedes aegypti (Diptera: Culicidae) against deltamethrin and permethrin: A cross-regional comparison | Yu J.J., Bong L.J., Panthawong A., Chareonviriyaphap T., Neoh K.B. | 2021 | Journal of Medical Entomology,
58(1), pp. 379-389 | 8 |
| 141 | Behavioral responses of Anopheles species (Culicidae: Diptera) with varying surface exposure to pyrethroid-treated netting in an excito-repellency test system | Tainchum K., Tainchum K., Nararak J., Boonyuan W., Bangs M., Bangs M., Chareonviriyaphap T. | 2016 | Journal of Vector Ecology,
41(2), pp. 254-264 | 8 |
| 142 | Transfluthrin and Metofluthrin as Effective Repellents against Pyrethroid-Susceptible and Pyrethroid-Resistant Aedes aegypti (L.) (Diptera: Culicidae) | Kim D.Y., Hii J., Chareonviriyaphap T. | 2023 | Insects,
14(9), 767 | 8 |
| 143 | Scientific achievements and reflections after 20 years of vector biology and control research at the Pu Teuy mosquito field research station, Thailand | Sirisopa P., Sukkanon C., Bangs M.J., Nakasathien S., Hii J., Grieco J.P., Achee N.L., Manguin S., Chareonviriyaphap T. | 2022 | Malaria journal,
21(1), pp. 44, 44 | 8 |
| 144 | Genetic differentiation of Aedes aegypti mainland and island populations from southern Thailand | Chareonviriyaphap T., Lerdthusnee K., Lerdthusnee K. | 2002 | Journal of the American Mosquito Control Association,
18(3), pp. 173-177 | 8 |
| 145 | Physical influence on larvicidal and pupicidal activity of the silicone-based monomolecular film | Ngrenngarmlert W., Sukkanon C., Yaicharoen R., Chareonviriyaphap T. | 2016 | Acta Tropica,
162, pp. 239-244 | 8 |
| 146 | Dose–response assay for synthetic mosquito (Diptera: Culicidae) attractant using a high-throughput screening system | Kim D.Y., Leepasert T., Bangs M.J., Chareonviriyaphap T. | 2021 | Insects,
12(4), 355 | 8 |
| 147 | Resistance to synthetic pyrethroids in Aedes aegypti (Diptera: Culicidae) in Thailand | Sirisopa P., Thanispong K., Chareonviriyaphap T., Juntarajumnong W. | 2014 | Kasetsart Journal - Natural Science,
48(4), pp. 577-586 | 8 |
| 148 | Genetic structure and gene flow among Aedes aegypti (Diptera: Culicidae) populations from Central Thailand | Sukonthabhirom S., Rongnoparut P., Saengtharatip S., Jirakanjanakit N., Chareonviriyaphap T. | 2005 | Journal of Medical Entomology,
42(4), pp. 604-609 | 8 |
| 149 | Pyrethroid susceptibility and behavioral avoidance in Anopheles epiroticus, a malaria vector in Thailand | Ritthison W., Titgratog R., Tainchum K., Bangs M.J., Bangs M.J., Manguin S., Chareonviriyaphap T. | 2014 | Journal of Vector Ecology,
39(1), pp. 32-43 | 8 |
| 150 | Behavioral action of deltamethrin and cypermethrin in pyrethroid-resistant aedes aegypti (Diptera: Culicidae): Implications for control strategies in Thailand | Sathantriphop S., Paeporn P., Ya-Umphan P., Mukkhun P., Thanispong K., Chansang C., Bangs M.J., Bangs M.J., Chareonviriyaphap T., Tainchum K. | 2020 | Journal of Medical Entomology,
57(4), pp. 1157-1167 | 8 |
| 151 | Genetic structure among Thai populations of Aedes aegypti mosquitoes | Sukonthabhirom S., Sukonthabhirom S., Saengtharatip S., Jirakanchanakit N., Rongnoparut P., Yoksan S., Daorai A., Chareonviriyaphap T. | 2009 | Journal of Vector Ecology,
34(1), pp. 43-49 | 7 |
| 152 | Allozyme patterns of Aedes albopictus, a vector of dengue in Thailand | Chareonviriyaphap T., Akratanakul P., Huntamai S., Nettanomsak S., Prabaripai A. | 2004 | Journal of Medical Entomology,
41(4), pp. 657-663 | 7 |
| 153 | Topical and spatial repellent bioassays against the Australian paralysis tick, Ixodes holocyclus (Acari: Ixodidae) | Sukkanon C., Chareonviriyaphap T., Doggett S. | 2019 | Austral Entomology,
58(4), pp. 866-874 | 7 |
| 154 | Influence of location and distance of biogents sentinele traps from human-occupied experimental huts on Aedes aegypti recapture and entry into HutS | Salazar F., Chareonviriyaphap T., Grieco J., Eisen L., Prabaripai A., Ojo T., Gimutao K., Polsomboon S., Bangs M., Bangs M., Achee N. | 2018 | Journal of the American Mosquito Control Association,
34(3), pp. 201-209 | 7 |
| 155 | Genetic structure and gene flow of Anopheles minimus and Anopheles harrisoni in Kanchanaburi Province, Thailand | Poolprasert P., Manguin S., Bangs M., Sukhontabhirom S., Poolsomboon S., Akaratanakul P., Chareonviriyaphap T. | 2008 | Journal of Vector Ecology,
33(1), pp. 158-165 | 7 |
| 156 | Evaluation of mosquito attractant candidates using a high-throughput screening system for Aedes aegypti (L.), Culex quinquefasciatus say. and Anopheles minimus theobald (diptera: Culicidae) | Kim D.Y., Leepasert T., Bangs M.J., Chareonviriyaphap T. | 2021 | Insects,
12(6), 528 | 7 |
| 157 | A semi-field evaluation in Thailand of the use of human landing catches (HLC) versus human-baited double net trap (HDN) for assessing the impact of a volatile pyrethroid spatial repellent and pyrethroid-treated clothing on Anopheles minimus landing | Vajda É.A., Vajda É.A., Vajda É.A., Saeung M., Ross A., Ross A., McIver D.J., Tatarsky A., Moore S.J., Moore S.J., Moore S.J., Moore S.J., Lobo N.F., Lobo N.F., Chareonviriyaphap T. | 2023 | Malaria Journal,
22(1), 202 | 7 |
| 158 | The effect of transfluthrin-treated jute and cotton emanator vests on human landing and fecundity of Anopheles minimus in Thailand | Yan C., Hii J., Hii J., Ngoen-Klan R., Ahebwa A., Saeung M., Chareonviriyaphap T., Chareonviriyaphap T. | 2023 | Acta Tropica,
242, 106904 | 7 |
| 159 | Identification of Elevated Esterase Activity in a Pyrethroid-Resistant Population of Anopheles albimanus Wiedemann | Chareonviriyaphap T., Golenda C.F., Roberts D.R., Andre R.G. | 1999 | ScienceAsia,
25(3), pp. 153-156 | 7 |
| 160 | Cananga odorata (Magnoliales: Annonaceae) Essential Oil Produces Significant Avoidance Behavior in Mosquitoes | Sukkanon C., Sukkanon C., Nararak J., Bangs M.J., Bangs M.J., Chareonviriyaphap T. | 2022 | Journal of medical entomology,
59(1), pp. 291-300 | 7 |
| 161 | Effects of piperonyl butoxide synergism and cuticular thickening on the contact irritancy response of field Aedes aegypti (Diptera: Culicidae) to deltamethrin | Yu J.J., Bong L.J., Panthawong A., Chareonviriyaphap T., Liu W.T., Neoh K.B. | 2021 | Pest Management Science | 7 |
| 162 | Transmitted light as attractant with mechanical traps for collecting nocturnal mosquitoes in Urban Bangkok, Thailand | Saeung M., Jhaiaun P., Bangs M.J., Ngoen-Klan R., Chareonviriyaphap T. | 2021 | Journal of the American Mosquito Control Association,
37(3), pp. 132-142 | 7 |
| 163 | Potential of attractive toxic sugar baits for controlling Musca domestica L., Drosophila melanogaster Meigen, and Megaselia scalaris Loew adult flies | Wongthangsiri D., Pereira R.M., Bangs M.J., Bangs M.J., Koehler P.G., Chareonviriyaphap T. | 2018 | Agriculture and Natural Resources,
52(4), pp. 393-398 | 6 |
| 164 | UV Light-Emitting-Diode Traps for Collecting Nocturnal Biting Mosquitoes in Urban Bangkok | Pimnon S., Ngoen-Klan R., Sumarnrote A., Chareonviriyaphap T. | 2022 | Insects,
13(6), 526 | 6 |
| 165 | Comparison of stable fly (Diptera: Muscidae) population dynamics on a cattle farm and at an open zoo in Thailand | Malaithong N., Duvallet G., Nararak J., Ngoen-Klan R., Tainchum K., Chareonviriyaphap T. | 2021 | Agriculture and Natural Resources,
55(3), pp. 359-366 | 6 |
| 166 | Interactions of duck Tembusu virus with Aedes aegypti and Aedes albopictus mosquitoes: Vector competence and viral mutation | Yurayart N., Ninvilai P., Chareonviriyaphap T., Kaewamatawong T., Thontiravong A., Tiawsirisup S. | 2021 | Acta Tropica,
222, 106051 | 6 |
| 167 | Forced egg laying method to establish f1 progeny from field populations and laboratory strains of anopheles mosquitoes (diptera: Culicidae) in thailand | Panthawong A., Sukkanon C., Sukkanon C., Ngoen-Klan R., Hii J., Hii J., Chareonviriyaphap T. | 2021 | Journal of Medical Entomology,
58(6), pp. 2107-2113 | 6 |
| 168 | A Review of Termite Species and Their Distribution in Thailand | Lertlumnaphakul W., Ngoen-Klan R., Vongkaluang C., Chareonviriyaphap T. | 2022 | Insects,
13(2), 186 | 6 |
| 169 | Enhanced Excito-Repellency of Binary Mixtures of Plant-Based Mosquito Repellents Against Culex quinquefasciatus Say (Diptera: Culicidae), a Night Biting Mosquito Species | Boonyuan W., Ahebwa A., Nararak J., Sathantriphop S., Chareonviriyaphap T. | 2022 | Journal of medical entomology,
59(3), pp. 891-902 | 6 |
| 170 | Behavioral avoidance and biological safety of vetiver oil and its constituents against Aedes aegypti (L.), Aedes albopictus (Skuse) and Culex quinquefasciatus Say | Nararak J., Nararak J., Giorgio C.D., Thanispong K., Sukkanon C., Sanguanpong U., Mahiou-Leddet V., Ollivier E., Chareonviriyaphap T., Manguin S. | 2022 | Current Research in Insect Science,
2, 100044 | 6 |
| 171 | Microemulsion containing guava leaves essential oil: Enhanced anti-inflammatory, anti-oxidation, anti-tyrosinase activities and skin permeation | Sutthisawatkul P., Piyanaetitham P., Chareonviriyaphap T., Leepasert T., Taengphan W., Karpkird T. | 2024 | Journal of Drug Delivery Science and Technology,
95, 105536 | 6 |
| 172 | Guidelines for user-friendly iconographic description of hematophagous flies' external morphology; application to the identification of Tabanus rubidus (Wiedemann, 1821) (Diptera: Tabanidae) | Desquesnes M., Desquesnes M., Desquesnes M., Wongthangsiri D., Jittapalapong S., Chareonviriyaphap T. | 2018 | Journal of Asia-Pacific Entomology,
21(3), pp. 807-822 | 6 |
| 173 | The durability of long-lasting insecticidal nets distributed to the households between 2009 and 2013 in Nepal | Ghimire P., Ghimire P., Rijal K.R., Adhikari N., Thakur G.D., Marasini B., Thapa Shrestha U., Banjara M.R., Pant S.K., Adhikari B., Dumre S.P., Singh N., Pigeon O., Chareonviriyaphap T., Chavez I., Ortega L., Hii J., Hii J. | 2020 | Tropical Medicine and Health,
48(1), 36 | 6 |
| 174 | Assessment of geraniol-incorporated polymers to control Aedes albopictus (Diptera: Culicidae) | Chuaycharoensuk T., Manguin S., Duvallet G., Chareonviriyaphap T. | 2012 | Parasite (Paris, France),
19(4), pp. 427-432 | 6 |
| 175 | BG-Sentinel™ Trap Efficacy As A Component of Proof-Of-Concept for Push-Pull Control Strategy for Dengue Vector Mosquitoes | Salazar F., Chareonviriyaphap T., Grieco J., Prabaripai A., Polsomboon S., Gimutao K., Bangs M., Bangs M., Achee N. | 2017 | Journal of the American Mosquito Control Association,
33(4), pp. 293-300 | 6 |
| 176 | Species diversity and insecticide resistance within the Anopheles hyrcanus group in Ubon Ratchathani Province, Thailand | Sumarnrote A., Overgaard H.J., Overgaard H.J., Overgaard H.J., Corbel V., Corbel V., Thanispong K., Chareonviriyaphap T., Manguin S. | 2020 | Parasites and Vectors,
13(1), 525 | 6 |
| 177 | Diurnal test periods influence behavioral responses of Aedes aegypti (Diptera: Culicidae) to repellents | Choomsang I., Nararak J., Bangs M., Chareonviriyaphap T. | 2018 | Journal of Asia-Pacific Entomology,
21(3), pp. 971-983 | 5 |
| 178 | Re-description and iconography of Tabanus striatus (Diptera: Tabanidae) a common livestock pest and mechanical vector of Trypanosoma evansi in Asia | Wongthangsiri D., Desquesnes M., Desquesnes M., Desquesnes M., Jittapalapong S., Chareonviriyaphap T. | 2019 | Agriculture and Natural Resources,
53(3), pp. 320-326 | 5 |
| 179 | Spatial distribution of forensically significant blow flies in subfamily luciliinae (Diptera: Calliphoridae), Chiang Mai province, northern Thailand: Observations and modeling using GIS | Klong-Klaew T., Ngoen-Klan R., Moophayak K., Sukontason K., Irvine K.N., Tomberlin J.K., Kurahashi H., Chareonviriyaphap T., Somboon P., Sukontason K.L. | 2018 | Insects,
9(4), 181 | 5 |
| 180 | Molecular Identification of Four Members of the Anopheles dirus Complex Using the Mitochondrial Cytochrome C Oxidase Subunit i Gene | Phunngam P., Boonkue U., Chareonviriyaphap T., Bangs M., Bangs M., Arunyawat U. | 2017 | Journal of the American Mosquito Control Association,
33(4), pp. 263-269 | 5 |
| 181 | Excito-repellency of Myristica fragrans Houtt. and Curcuma longa L. extracts from Southern Thailand against Aedes aegypti (L.) | Bhoopong P., Chareonviriyaphap T., Chareonviriyaphap T., Sukkanon C. | 2022 | PeerJ,
10, e13357 | 5 |
| 182 | Effects of transfluthrin-treated jute and cotton clothing against resistant and susceptible Aedes aegypti (Diptera: Culicidae) in a semifield system | Ahebwa A., Hii J., Hii J., Neoh K.B., Leepasert T., Chareonviriyaphap T., Chareonviriyaphap T. | 2024 | Journal of Medical Entomology,
61(1), pp. 181-190 | 5 |
| 183 | Molecular identification of native Wolbachia pipientis in Anopheles minimus in a low-malaria transmission area of Umphang Valley along the Thailand-Myanmar border | Tongkrajang N., Ruenchit P., Tananchai C., Chareonviriyaphap T., Kulkeaw K. | 2020 | Parasites and Vectors,
13(1), 579 | 5 |
| 184 | Toxicity and persistence of permethrin-impregnated clothing against the Australian paralysis tick, Ixodes holocyclus (Acari: Ixodidae) | Panthawong A., Chareonviriyaphap T., Doggett S.L. | 2020 | Austral Entomology,
59(4), pp. 845-851 | 4 |
| 185 | Distribution of mosquitoes (Diptera: Culicidae) in Thailand: a dataset | Sukkanon C., Suwonkerd W., Thanispong K., Saeung M., Jhaiaun P., Pimnon S., Thongkhao K., Manguin S., Chareonviriyaphap T., Chareonviriyaphap T. | 2023 | GigaByte,
90 | 4 |
| 186 | Synergistic Behavioral Response Effect of Mixtures of Andrographis paniculata, Cananga odorata, and Vetiveria zizanioides against Aedes aegypti (Diptera: Culicidae) | Panthawong A., Nararak J., Jhaiaun P., Sukkanon C., Chareonviriyaphap T., Chareonviriyaphap T. | 2023 | Insects,
14(2), 155 | 4 |
| 187 | Semi-field evaluation of human landing catches versus human double net trap for estimating human biting rate of Anopheles minimus and Anopheles harrisoni in Thailand | Yan C., Hii J., Ngoen-Klan R., Saeung M., Chareonviriyaphap T., Chareonviriyaphap T. | 2022 | PeerJ,
10, e13865 | 4 |
| 188 | Trophic behavior and species diversity of the anopheles barbirostris complex (diptera: Culicidae) in thailand | Udom C., Thanispong K., Manguin S., Chareonviriyaphap T., Fungfuang W. | 2021 | Journal of Medical Entomology,
58(6), pp. 2376-2384 | 4 |
| 189 | Evaluation of a noncontact, alternative mosquito repellent assay system | Tisgratog R., Kongmee M., Sanguanpong U., Prabaripai A., Bangs M., Bangs M., Chareonviriyaphap T. | 2016 | Journal of the American Mosquito Control Association,
32(3), pp. 177-184 | 4 |
| 190 | Comparative excito-repellency of three cambodian plant-derived extracts against two mosquito vector species, aedes aegypti and anopheles minimus | Desgrouas C., Desgrouas C., Nararak J., Tisgratog R., Mahiou-Leddet V., Bory S., Ollivier E., Manguin S., Chareonviriyaphap T. | 2016 | Journal of the American Mosquito Control Association,
32(3), pp. 185-193 | 4 |
| 191 | Discriminating lethal concentrations for pyrethroid compounds used in susceptibility monitoring of Anopheles epiroticus, a malaria vector in Thailand | Phoomkhong W., Bangs M., Bangs M., Chareonviriyaphap T. | 2018 | Acta Tropica,
185, pp. 255-260 | 4 |
| 192 | Stable fly (Diptera: Muscidae) distribution in Thailand | Muenworn V., Duvallet G., Thainchum K., Tuntakom S., Akratanaku P., Akratanaku P., Chareonviriyaphap T. | 2010 | Kasetsart Journal - Natural Science,
44(1), pp. 44-52 | 4 |
| 193 | Effects of previous exposure of Aedes aegypti (Diptera: Culicidae) mosquitoes to spatial repellent chemicals on BG-Sentinel™ trap catches | Salazar F., Achee N., Grieco J., Tuntakon S., Polsomboon S., Chareonviriyaphap T. | 2012 | Kasetsart Journal - Natural Science,
46(6), pp. 851-861 | 3 |
| 194 | Locomotor behavioral responses of anopheles minimus and anopheles harrisoni to alpha-cypermethrin in Thailand | Malaithong N., Tisgratog R., Tainchum K., Prabaripai A., Juntarajumnong W., Bangs M., Chareonviriyaphap T. | 2011 | Journal of the American Mosquito Control Association,
27(3), pp. 217-226 | 3 |
| 195 | Gut bacterial diversity in plasmodium-infected and plasmodium-uninfected anopheles minimus | Surat W., Mhuantong W., Sangsrakru D., Chareonviriyaphap T., Arunyawat U., Kubera A., Sittivicharpinyo T., Siripan O., Pootakham W. | 2016 | Chiang Mai Journal of Science,
43(3), pp. 426-439 | 3 |
| 196 | Optimal discriminating concentrations of six synthetic pyrethroids for monitoring insecticide susceptibility in anopheles minimus (Diptera: Culicidae), a primary malaria vector in Thailand | Thanispong K., Sathantriphop S., Tisgratog R., Tainchum K., Sukkanon C., Bangs M., Bangs M., Chareonviriyaphap T. | 2018 | Journal of Economic Entomology,
111(5), pp. 2375-2382 | 3 |
| 197 | Daily and seasonal variation of muscid flies (Diptera: Muscidae) in Chiang Mai province, northern Thailand | Klong-klaew T., Sontigun N., Samerjai C., Sanit S., Sukontason K., Tomberlin J.K., Somboon P., Chareonviriyaphap T., Kurahashi H., Sukontason K.L. | 2020 | Acta Tropica,
204, 105348 | 3 |
| 198 | Semi-field evaluation of novel chemical lures for Aedes aegypti, Culex quinquefasciatus, and Anopheles minimus (Diptera: Culicidae) in Thailand | Kim D.Y., Leepasert T., Bangs M.J., Chareonviriyaphap T. | 2021 | Parasites and Vectors,
14(1), 606 | 3 |
| 199 | Baseline study of the morphological and genetic characteristics of Haemoproteus parasites in wild pigeons (Columba livia) from paddy fields in Thailand | Prompiram P., Mongkolphan C., Poltep K., Chunchob S., Sontigun N., Chareonviriyaphap T. | 2023 | International Journal for Parasitology: Parasites and Wildlife,
21, pp. 153-159 | 3 |
| 200 | Synergistic Repellent and Irritant Effects of a Mixture of β-Caryophyllene Oxide and Vetiver Oil against Mosquito Vectors | Nararak J., Sanguanpong U., Sukkanon C., Manguin S., Chareonviriyaphap T. | 2023 | Insects,
14(9), 773 | 3 |
| 201 | Daily and Seasonal Prevalence of the Blow Fly Chrysomya Rufifacies (Diptera: Calliphoridae) as Revealed by Semiautomatic Trap Collections in Suburban Chiang Mai Province, Northern Thailand | Klong-Klaew T., Sontigun N., Sanit S., Samerjai C., Sukontason K., Koehler P.G., Pereira R.M., Chareonviriyaphap T., Kurahashi H., Sukontason K.L. | 2018 | Florida Entomologist,
101(4), pp. 617-622 | 3 |
| 202 | Ultrastructure of male terminalia of Boettcherisca peregrina and Boettcherisca nathani (Diptera: Sarcophagidae), flesh fly species of forensic importance | Samerjai C., Samerjai C., Sukontason K.L., Sukontason K., Limsopatham K., Chareonviriyaphap T., Somboon P., Tomberlin J.K., Sanit S. | 2021 | Acta Tropica,
224, 106148 | 2 |
| 203 | Time of test periods influence the behavioral responses of anopheles minimus and anopheles dirus (Diptera: Culicidae) to DEET | Tisgratog R., Sukkanon C., Sugiharto V.A., Bangs M.J., Chareonviriyaphap T. | 2021 | Insects,
12(10), 867 | 2 |
| 204 | Laboratory evaluation of novel long-lasting insecticidal nets on Aedes aegypti L., using a high-throughput screening system | Phonjatturas K., Grieco J.P., Corbel V., Chareonviriyaphap T., Juntarajumnong W. | 2021 | Agriculture and Natural Resources,
55(2), pp. 213-218 | 2 |
| 205 | The efficacy of ultrasonic pest repellent devices against the australian paralysis tick, ixodes holocyclus (Acari: Ixodidae) | Panthawong A., Doggett S.L., Chareonviriyaphap T. | 2021 | Insects,
12(5), 400 | 2 |
| 206 | Spatiotemporal distribution of hematophagous flies (Diptera: Muscidae) on beef cattle farms in Bangkok, Thailand | Ngoen-Klan R., Khenmee A., Paramathsakul N., Pitpeng K., Moophayak K., Chareonviriyaphap T. | 2024 | Journal of Medical Entomology,
61(3), pp. 667-677 | 2 |
| 207 | Report of the 2023 Asia Pacific Conference on Mosquito and Vector Control: “reimagining vector control—innovations for a changed world” | Chareonviriyaphap T., Ngoen-Klan R., Ahebwa A., Nararak J., Saeung M., Macdonald M., Panthawong A., Sukkanon C., Nakasathien S. | 2024 | Malaria Journal,
23(1), 247 | 2 |
| 208 | The effect of novel mosquito bite prevention tools on Anopheles minimus landing and key secondary endpoints: semi-field evaluations in Thailand | Vajda É.A., Vajda É.A., Vajda É.A., Ross A., Ross A., Saeung M., Pongsiri A., McIver D.J., Tatarsky A., Chitnis N., Chitnis N., Hii J., Richardson J.H., Macdonald M., Moore S.J., Moore S.J., Lobo N.F., Lobo N.F., Chareonviriyaphap T., Ponlawat A. | 2024 | Malaria Journal,
23(1), 387 | 2 |
| 209 | Genetic variation of Aedes aegypti mosquitoes across Thailand based on nuclear DNA sequences | Parimittr P., Chareonviriyaphap T., Bangs M.J., Bangs M.J., Arunyawat U. | 2018 | Agriculture and Natural Resources,
52(6), pp. 596-602 | 2 |
| 210 | Report of the 2018 annual meeting of the Asia Pacific Malaria Elimination Network Vector Control Working Group: harnessing skills and knowledge for malaria elimination across the Asia Pacific | Dahmash L., Tatarsky A., Espino F.E., Chareonviriyaphap T., Macdonald M.B., Prachumsri J.S., Srivastava P., Rundi C., Hii J., Hii J. | 2021 | Parasites and Vectors,
14(1), 290 | 2 |
| 211 | Comparison of a novel high-throughput screening system with the Bottle assay for evaluating insecticide toxicity | Dusfour I., Achee N., Sardelis M., Chareonviriyaphap T., Grieco J. | 2009 | Journal of Pesticide Science,
34(4), pp. 283-286 | 1 |
| 212 | Phylogenetic relationships among malaria vectors and closely related species in Thailand using multilocus DNA sequences | Phunngam P., Chareonviriyaphap T., Bangs M., Bangs M., Arunyawat U. | 2017 | Journal of the American Mosquito Control Association,
33(2), pp. 91-102 | 1 |
| 213 | Diagnostic doses of two pyrethroids currently used for control of aedes aegypti l. (diptera: Culicidae), a vector of dengue | Pimnon S., Juntarajumnong W., Thanispong K., Chareonviriyaphap T. | 2012 | Kasetsart Journal - Natural Science,
46(4), pp. 538-545 | 1 |
| 214 | Dirus complex species identification PCR (DiCSIP) improves the identification of Anopheles dirus complex from the Greater Mekong Subregion | Saeung M., Saeung M., Pengon J., Pethrak C., Thaiudomsup S., Lhaosudto S., Saeung A., Manguin S., Chareonviriyaphap T., Jupatanakul N. | 2024 | Parasites and Vectors,
17(1), 260 | 1 |
| 215 | Overview of national and local efforts to eliminate malaria in Thailand | Saeung M., Saeung M., Jupatanakul N., Hii J., Hii J., Thanispong K., Chareonviriyaphap T., Manguin S., Manguin S. | 2024 | Trends in Parasitology | 1 |
| 216 | Air-Drying Time Affects Mortality of Pyrethroid-Susceptible Aedes aegypti Exposed to Transfluthrin-Treated Filter Papers | Kim D.Y., Hii J., Chareonviriyaphap T. | 2024 | Insects,
15(8), 616 | 1 |
| 217 | Irritant and repellent behaviors of sterile male Aedes aegypti (L.) (Diptera: Culicidae) mosquitoes are crucial in the development of disease control strategies applying sterile insect technique | Boonyuan W., Panthawong A., Thannarin T., Kongratarporn T., Khamvarn V., Chareonviriyaphap T., Nararak J. | 2024 | PeerJ,
12, e17038 | 1 |
| 218 | Genetic diversity and gene flow among stable fly populations,stomoxys calcitrans (L.) in Thailand | Tainchum K., Duvallet G., Akaratanakul P., Akaratanakul P., Chareonviriyaphap T. | 2009 | Kasetsart Journal - Natural Science,
43(3), pp. 526-537 | 1 |
| 219 | Laboratory Insecticide Efficacy Trials of Lethal Harborages for Control of the Common Bed Bug, Cimex lectularius (Hemiptera: Cimicidae) | Kerdsawang J., Dang K., Chareonviriyaphap T., Doggett S.L. | 2023 | Insects,
14(10), 814 | 1 |
| 220 | Effects of mosquito age and batch size on knockdown and mortality of laboratory-reared Anopheles dirus, Anopheles minimus, and wild-caught Anopheles harrisoni (Diptera: Culicidae) exposed to transfluthrin using WHO tube and CDC bottle bioassays | Saeung M., Saeung M., Ngoen-Klan R., Yan C., Kerdsawang J., Nararak J., Manguin S., Manguin S., Hii J., Hii J., Chareonviriyaphap T., Chareonviriyaphap T. | 2024 | Journal of medical entomology,
61(2), pp. 427-441 | 1 |
| 221 | Spatial repellency and attractancy responses of some chemical lures against Aedes albopictus (Diptera: Culicidae) and Anopheles minimus (Diptera: Culicidae) using the high-throughput screening system | Boonyuan W., Boonyuan W., Tisgratog R., Ahebwa A., Leepasert T., Thanispong K., Chareonviriyaphap T., Chareonviriyaphap T. | 2023 | Journal of medical entomology,
60(4), pp. 718-724 | 1 |
| 222 | Correction: Scientific achievements and reflections after 20 years of vector biology and control research at the Pu Teuy mosquito field research station, Thailand (Malaria Journal, (2022), 21, 1, (44), 10.1186/s12936-022-04061-5) | Sirisopa P., Sukkanon C., Bangs M.J., Nakasathien S., Hii J., Grieco J.P., Achee N.L., Manguin S., Chareonviriyaphap T. | 2023 | Malaria Journal,
22(1), 25 | 1 |
| 223 | Comparison of Vector Trapping Methods for Outdoor Biting Malaria Vector Surveillance in Thailand and Vietnam | Ngoenklan R., Thanh Duong T., Duc Chinh V., Quang Thieu N., Hii J., Hii J., Bangs M.J., Bangs M.J., Aum-Aung B., Suwonkerd W., Chareonviriyaphap T., Chareonviriyaphap T. | 2022 | Journal of medical entomology,
59(6), pp. 2139-2149 | 1 |
| 224 | Biochemical Systematics and Isozyme Expression in Insectiside Susceptible and Resistant Anopheles albimanus Wiedemann Populations | Chareonviriyaphap T., Manguin S., Roberts D.R., Andre R.G. | 2000 | ScienceAsia,
26(3), pp. 123-130 | 1 |
| 225 | Avoidance Behavior to Guava Leaf Volatile Oil by Three Medically Important Mosquito Vectors | Jhaiaun P., Panthawong A., Sukkanon C., Chareonviriyaphap T. | 2021 | Journal of Economic Entomology,
114(6), pp. 2534-2542 | 0 |
| 226 | Effect of different wall surface coverage with deltamethrin-treated netting on the reduction of indoor-biting anopheles mosquitoes (diptera: Culicidae) | Tainchum K., Tainchum K., Bangs M.J., Bangs M.J., Sathantriphop S., Chareonviriyaphap T. | 2021 | Journal of Medical Entomology,
58(6), pp. 2299-2307 | 0 |
| 227 | Preferences for livestock bedding as a development substrate of the stable fly, Stomoxys calcitrans L. (Diptera: Muscidae), and potential application of entomopathogenic nematodes for controlling stable fly larvae | Khwanket N., Khwanket N., Tainchum K., Chareonviriyaphap T., Ngoen-Klan R., Noosidum A. | 2024 | Medical and Veterinary Entomology | 0 |
| 228 | Bridging Biodiversity and Health: The Global Biodiversity Information Facility’s initiative on open data on vectors of human diseases | Shimabukuro P., Groom Q., Fouque F., Campbell L., Chareonviriyaphap T., Etang J., Manguin S., Sinka M., Schigel D., Ingenloff K. | 2024 | GigaByte,
2024, pp. 1-11 | 0 |
| 229 | Life-history traits of Aedes aegypti (Linnaeus) distributed across a latitudinal range of 23 °N-6 °S | Neoh K.B., Bong L.J., Silalahi C.N., Panthawong A., Chareonviriyaphap T., Ahmad I. | 2024 | Journal of medical entomology,
61(3), pp. 611-621 | 0 |
| 230 | High-Throughput Screening System Evaluation of Andrographis paniculata (Burm.f.) Extracts and Their Fractions against Mosquito Vectors | Sirisopa P., Leepasert T., Karpkird T., Nararak J., Thanispong K., Ahebwa A., Chareonviriyaphap T. | 2024 | Insects,
15(9), 712 | 0 |
| 231 | Comparison of different spectral ranges of UV-LED lighting for outdoor mosquito trapping in forested area inThailand | Lhaosudto S., Ngoen-Klan R., Meunworn V., Kongmee M., Hii J., Hii J., Chareonviriyaphap T. | 2024 | Journal of Medical Entomology,
61(6), pp. 1510-1518 | 0 |
| 232 | Boric acid toxic sugar bait suppresses male Aedes aegypti (Diptera: Culicidae): wing beat frequency and amplitude, flight activity, fecundity, insemination, and mate-finding Allee effect | Chiu M.C., Huang I.B., Yu J.J., Liao Y.C., Chareonviriyaphap T., Neoh K.B. | 2024 | Pest Management Science | 0 |
| 233 | Larvicidal activity of Bacillus thuringiensis strains against Aedes aegypti and Culex quinquefasciatus mosquitoes | Rajchanuwong P., Peaboon S., Ngoen-Klan R., Rattanawannee A., Noosidum A., Promdonkoy B., Chanpaisaeng J., Chareonviriyaphap T. | 2025 | Current Research in Parasitology and Vector-Borne Diseases,
7, 100245 | 0 |
| 234 | Insights into spatio-temporal dynamics of Anopheles vectors while approaching malaria elimination along the Thailand-Cambodia border | Saeung M., Saeung M., Jupatanakul N., Afelt A., Afelt A., Suksirisawat K., Lhaosudto S., Ahebwa A., Hii J., Hii J., Manguin S., Manguin S., Chareonviriyaphap T., Chareonviriyaphap T. | 2025 | Acta Tropica,
263, 107545 | 0 |
| 235 | Aedes albopictus responses to transfluthrin-impregnated polyester fabric in a semi-field system at different time periods | Kerdsawang J., Ahebwa A., Ngoen-Klan R., Hii J., Hii J., Chareonviriyaphap T. | 2025 | Acta Tropica,
264, 107596 | 0 |
| 236 | Why Is Insecticide Resistance Rare in Malaria Vectors in Thailand? | Chareonviriyaphap T., Kim D., Nobleza J., Lhaosudto S., Charoenwiriyapap C. | 2025 | Entomological Research,
55(3), e70032 | 0 |
| 237 | Laboratory bioassays of volatile pyrethroid spatial repellents against medically important mosquitoes in the Asia-Pacific region: A systematic review | Nobleza J.A., Hii J., Chareonviriyaphap T. | 2025 | Agriculture and Natural Resources,
59(1) | 0 |