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vecnet-solr-sample.json
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vecnet-solr-sample.json
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[
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"uuid": "vecnet:6w924p532",
"layer_slug_s": "6w924p532",
"layer_id_s": "6w924p532",
"vn_content_version_s": "0",
"dc_date_uploaded_dt": "2015-04-02T00:00:00Z",
"dc_date_modified_dt": "2015-04-02T00:00:00Z",
"read_access_group_sm": [
"public"
],
"edit_access_person_sm": [
"vecnet_batchuser"
],
"dc_itentifier_sm": [
"issn:0125-1562 (Print)",
"issn:0125-1562 (Linking)",
"24437310"
],
"dc_relation_sm": [
"http://www.ncbi.nlm.nih.gov/pubmed/24437310",
"http://media.proquest.com/media/pq/classic/doc/3122233271/fmt/pi/rep/NONE?hl=&cit:auth=Thavara,+Usavadee;Tawatsin,+Apiwat;Chompoosri,+Jakkrawarn;Bhakdeenuan,+Payu;Khamsawads,+Chayada;Sangkitporn,+Somchai;Siriyasatien,+Padet;Asavadachanukorn,+Preecha;Boonmuen,+Saibua;Mulla,+Mir+S&cit:title=COMPARATIVE+FIELD+EFFICACY+OF+NEWLY+DEVELOPED+FORMULATIONS+OF+...&cit:pub=Southeast+Asian+Journal+of+Tropical+Medicine+and+Public+Health&cit:vol=44&cit:iss=5&cit:pg=753&cit:date=Sep+2013&ic=true&cit:prod=ProQuest+Central&_a=ChgyMDE1MDIyMDAxMzMxNzg1MDo2NDk4OTYSBTkyNjE1GgpPTkVfU0VBUkNIIg8xMzcuMjE5LjE1My4xMDUqBTM0ODI0MgoxNDQ5NDk4NzY4Og1Eb2N1bWVudEltYWdlQgEwUgZPbmxpbmVaAkZUYgNQRlRqCjIwMTMvMDkvMDFyCjIwMTMvMDkvMzB6AIIBMlAtMTAwNzA2Ny0xNjI4NS1DVVNUT01FUi0xMDAwMDAzOS8xMDAwMDE1NS00MjIzNDc4kgEGT25saW5lygEHRW5kTm90ZdIBElNjaG9sYXJseSBKb3VybmFsc5oCB1ByZVBhaWSqAihPUzpFTVMtUGRmRG9jVmlld0Jhc2UtZ2V0TWVkaWFVcmxGb3JJdGVtygIjR2VuZXJhbCBJbmZvcm1hdGlvbnxGZWF0dXJlfEFydGljbGXSAgFZ4gIBTvICAA==&_s=W5axDeDx0KL8kaKGhbXzCKX+byM="
],
"dc_title_s": "Comparative field efficacy of newly developed formulations of larvicides against Aedes aegypti (L.) (Diptera: Culicidae)",
"dc_created_sm": [
"2013"
],
"dc_type_s": "Article",
"dc_description_s": "Aedes aegypti (L.) is known as vector of dengue and chikungunya fever. Larvicides are used to control this vector. We evaluated the efficacy of newly developed formulations of larvicides to control Ae. aegypti under field conditions for 24 weeks post single application. Mosdop P and Mosdop TB containing diflubenzuron (2% and 40 mg/tablet, respectively) as the active ingredient, were applied at a dosage of 0.1 mg a.i./1 and Mosquit TB10, Mosquit TB100 and Temecal containing temephos (1%, 10% and 1%, respectively) as the active ingredient were applied at a dosage of 1 mg active ingredent (a.i.) to 200 liter water storage jars. Two water regimens were used in the jars: in one regimen the jar was kept full of water all the time and in the other regimen a full jar had half the volume removed and refilled weekly. The larvicidal efficacy was reported as the level of inhibition of emergence (IE%) calculated based on the pupal skins in the jars versus the original number of larvae added. Mosdop P, Mosdop TB, Mosquit TB10, Mosquit TB100 and Temecal showed complete larvicidal efficacy (100% IE) in the constantly full jars for 16, 17, 14, 20 and 13 weeks posttreatment, respectively; in the jars where half the volum of water was replaced weekly, the larvicides had complete larvicidal efficacy (100% IE) for 19, 20, 17, 24 and 15 weeks post-treatment, respectively. The five larvicide regimens evaluated in this study are effective for controlling Ae. aegypti larvae.",
"dc_creator_sm": [
"Thavara, U.",
"Tawatsin, A.",
"Chompoosri, J.",
"Bhakdeenuan, P.",
"Khamsawads, C.",
"Sangkitporn, S.",
"Siriyasatien, P.",
"Asavadachanukorn, P.",
"Boonmuen, S.",
"Mulla, M. S."
],
"dc_subject_sm": [
"Aedes/*drug effects",
"Animals [D000818]",
"Diflubenzuron/*pharmacology",
"Insect Vectors/*drug effects",
"Insecticides/*pharmacology",
"field efficacy",
"formulations",
"larvicides",
"Aedes aegypti",
"Diptera: Culicidae",
"Larva/drug effects",
"Mosquito Control/*methods",
"Temefos/*pharmacology",
"Time Factors [D013997]",
"Water [D014867]"
],
"dwc_scientificname_sm": [
"Aedes aegypti [7159]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_source_s": "The Southeast Asian journal of tropical medicine and public health",
"dc_bibliographic_citation_s": "Southeast Asian J Trop Med Public Health 44(5), 753-60. (Sep 2013)",
"vn_child_records_sm": [
"70795k377"
],
"dct_spatial_sm": [
"Thailand (Thailand) [1605651/PCLI]"
],
"layer_geom_type_s": "Point",
"solr_bbox": "97.345642 5.61 105.639389 20.463194",
"solr_geom": "ENVELOPE(97.345642, 105.639389, 20.463194, 5.61)",
"georss_box_s": "5.61 97.345642 20.463194 105.639389",
"point_list_s": "MULTIPOINT(101 15.5)",
"dct_spatial_h_facet": [
"Asia",
"Asia:Kingdom of Thailand"
],
"dc_subject_h_facet": [
"Eukaryota",
"Eukaryota:Animals",
"Physical Phenomena",
"Physical Phenomena:Time",
"Physical Phenomena:Time:Time Factors",
"Inorganic Chemicals",
"Inorganic Chemicals:Hydroxides",
"Inorganic Chemicals:Hydroxides:Water",
"Oxides",
"Oxides:Water"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Aedes",
"Culicidae:Aedes:Aedes aegypti"
],
"dct_references_s": "{\"http://schema.org/downloadUrl\":[\"https://dl-dev.vecnet.org/downloads/70795k377\"],\"http://schema.org/url\":\"https://dl-dev.vecnet.org/citations/6w924p532\",\"http://schema.org/thumbnailUrl\":\"https://dl-dev.vecnet.org/downloads/70795k377?datastream_id=thumbnail\"}"
},
{
"uuid": "vecnet:p8418z87t",
"layer_slug_s": "p8418z87t",
"layer_id_s": "p8418z87t",
"vn_content_version_s": "0",
"dc_date_modified_dt": "2015-02-27T00:00:00Z",
"read_access_group_sm": [
"public"
],
"edit_access_person_sm": [
"vecnet_batchuser"
],
"dc_itentifier_sm": [
"doi:10.4269/ajtmh.2010.09-0179",
"issn:1476-1645 (Electronic)",
"issn:0002-9637 (Linking)",
"20682861"
],
"dc_relation_sm": [
"http://www.ncbi.nlm.nih.gov/pubmed/20682861",
"http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2911164/pdf/tropmed-83-230.pdf"
],
"dc_title_s": "Comparing the effectiveness of malaria vector-control interventions through a mathematical model",
"dc_created_sm": [
"2010"
],
"dc_type_s": "Article",
"dc_description_s": "Although some malaria-control programs are beginning to combine insecticide-treated nets (ITNs) and indoor residual spraying (IRS), little is known about the effectiveness of such combinations. We use a mathematical model to compare the effectiveness of ITNs and IRS with dichlorodiphenyltrichloroethane (DDT) or bendiocarb, applied singly and in combination, in an epidemiological setting based in Namawala, Tanzania, with Anopheles gambiae as the primary vector. Our model indicates that although both IRS (with DDT) and ITNs provide personal protection, humans with only ITNs are better protected than those with only IRS, and suggests that high coverage of IRS with bendiocarb may interrupt transmission, as can simultaneous high coverage of ITNs and IRS with DDT. When adding a second vector-control intervention, it is more effective to cover the unprotected population first. Although our model includes some assumptions and approximations that remain to be addressed, these findings should be useful for prioritizing and designing future field research.",
"dc_creator_sm": [
"Chitnis, N.",
"Schapira, A.",
"Smith, T.",
"Steketee, R."
],
"dc_subject_sm": [
"Aerosols [D000336]",
"Animals [D000818]",
"Computer Simulation [D003198]",
"Ddt",
"itn",
"irs",
"bendiocarb",
"Anopheles gambiae [D048169]",
"Insecticides [D007306]",
"Malaria/*prevention & control",
"*Models, Biological",
"Mosquito Control/*methods",
"Mosquito Nets [D057147]",
"Phenylcarbamates [D048448]"
],
"dwc_scientificname_sm": [
"Anopheles gambiae [7165]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_source_s": "The American journal of tropical medicine and hygiene",
"dc_bibliographic_citation_s": "Am J Trop Med Hyg 83(2), 230-40. (Aug 2010)",
"vn_child_records_sm": [
"pc289v71f",
"sq87c531z"
],
"dct_spatial_sm": [
"Namawala River (Tanzania) [151982/STM]",
"Tanzania (Tanzania) [149590/PCLI]"
],
"layer_geom_type_s": "Point",
"solr_bbox": "29.327168 -11.745696 40.443222 -0.990736",
"solr_geom": "ENVELOPE(29.327168, 40.443222, -0.990736, -11.745696)",
"georss_box_s": "-11.745696 29.327168 -0.990736 40.443222",
"point_list_s": "MULTIPOINT(36.53333 -8.23333, 35 -6)",
"dct_spatial_h_facet": [
"Africa",
"Africa:United Republic of Tanzania"
],
"dc_subject_h_facet": [
"Complex Mixtures",
"Complex Mixtures:Colloids",
"Complex Mixtures:Colloids:Aerosols",
"Colloids",
"Colloids:Aerosols",
"Dosage Forms",
"Dosage Forms:Colloids",
"Dosage Forms:Colloids:Aerosols",
"Eukaryota",
"Eukaryota:Animals",
"Information Science",
"Information Science:Computing Methodologies",
"Information Science:Computing Methodologies:Computer Simulation",
"Invertebrates",
"Invertebrates:Arthropods",
"Invertebrates:Arthropods:Insects",
"Invertebrates:Arthropods:Insects:Diptera",
"Invertebrates:Arthropods:Insects:Diptera:Culicidae",
"Invertebrates:Arthropods:Insects:Diptera:Culicidae:Anopheles",
"Invertebrates:Arthropods:Insects:Diptera:Culicidae:Anopheles:Anopheles gambiae",
"Agrochemicals",
"Agrochemicals:Pesticides",
"Agrochemicals:Pesticides:Insecticides",
"Pesticides",
"Pesticides:Insecticides",
"Equipment and Supplies",
"Equipment and Supplies:Protective Devices",
"Equipment and Supplies:Protective Devices:Mosquito Nets",
"Bedding and Linens",
"Bedding and Linens:Mosquito Nets",
"Acids, Acyclic",
"Acids, Acyclic:Carbamates",
"Acids, Acyclic:Carbamates:Phenylcarbamates"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Anopheles",
"Culicidae:Anopheles:Anopheles gambiae"
],
"dct_references_s": "{\"http://schema.org/downloadUrl\":[\"https://dl-dev.vecnet.org/downloads/pc289v71f\",\"https://dl-dev.vecnet.org/downloads/sq87c531z\"],\"http://schema.org/url\":\"https://dl-dev.vecnet.org/citations/p8418z87t\",\"http://schema.org/thumbnailUrl\":\"https://dl-dev.vecnet.org/downloads/pc289v71f?datastream_id=thumbnail\"}"
},
{
"uuid": "vecnet:2227mq31t",
"layer_slug_s": "2227mq31t",
"layer_id_s": "2227mq31t",
"vn_content_version_s": "0",
"dc_date_modified_dt": "2015-02-27T00:00:00Z",
"read_access_group_sm": [
"public"
],
"edit_access_person_sm": [
"vecnet_batchuser"
],
"dc_itentifier_sm": [
"doi:10.1111/j.1365-2915.1996.tb00075.x",
"issn:0269-283X",
"WOS:A1996TR72800001"
],
"dc_relation_sm": [
"<Go to ISI>://WOS:A1996TR72800001",
"http://onlinelibrary.wiley.com/store/10.1111/j.1365-2915.1996.tb00075.x/asset/j.1365-2915.1996.tb00075.x.pdf?v=1&t=i3tcfjgf&s=315203f70ea127157f2b55d779b3930b1a007cc6"
],
"dc_title_s": "Comparison of different insecticides and fabrics for anti-mosquito bednets and curtains",
"dc_created_sm": [
"1996"
],
"dc_type_s": "Article",
"dc_description_s": "Various formulations of six insecticides (a carbamate and five pyrethroids), were impregnated into bednets and curtains made from cotton, polyester, polyethylene or polypropylene fabric. For bioassays of insecticidal efficacy, female Anopheles gambiae mosquitoes were made to walk on the fabrics for 3 min and mortality was scored after 24 h. The main concentrations tested were: bendiocarb 400 mg/m(2), cyfluthrin 30-50 mg/m(2), deltamethrin 15-25 mg/m(2), etofenprox 200 mg/m(2), lambda-cyhalothrin 5-15 mg/m(2) and permethrin 200-500 mg/m(2). Field trials in Tanzania used experimental huts (fitted with verandah traps) entered by wild free-flying Anopheles gambiae, An.funestus and Culex quinquefasciatus mosquitoes. Results of testing the impregnated fabrics in experimental huts showed better personal protection provided by bednets than by curtains. Permethrin cis:trans isomer ratios 25:75 and 40:60 were equally effective, and the permethrin rate of 200 mg/m(2) performed as well as 500 mg/m(2). Bioassay data emphasized the prolonged insecticidal efficacy of lambda-cyhalothrin deposits, except on polyethylene netting. Most of the impregnated nets (including the 'Olyset' net with permethrin incorporated during manufacture of the polyethylene fibre) and an untreated intact net performed well in preventing both Anopheles and Culex mosquitoes from feeding on people using them overnight in the experimental huts. Anopheles showed high mortality rates in response to pyrethroid-treated nets, but only bendiocarb treated curtains killed many Culex. Holed nets treated with either cyfluthrin (5 EW formulation applied at the rate of 50 mg a.i./m(2)) or lambda-cyhalothrin (2.5 CS formulation at 10 mg a.i./m(2)) performed well after 15 months of domestic use. Treatment with deltamethrin SC or lambda-cyhalothrin CS at the very low rate of 3 mg/m(2) gave good results, including after washing and re-treatment.",
"dc_creator_sm": [
"Curtis, C. F.",
"Myamba, J.",
"Wilkes, T. J."
],
"dc_subject_sm": [
"anopheles funestus",
"an-gambiae",
"culex quinquefasciatus",
"bednets",
"curtains",
"experimental huts",
"impregnated fabrics",
"malaria",
"personal protection",
"vector control",
"bendiocarb",
"cyfluthrin",
"deltamethrin",
"etofenprox",
"lambda-cyhalothrin",
"permethrin",
"cotton",
"polyester",
"polyethylene",
"tanzania",
"permethrin-impregnated curtains",
"anopheles-gambiae complex",
"experimental hut trials",
"bed-nets",
"malaria/*epidemiology/*prevention & control",
"western kenya",
"area",
"vectors",
"Animals [D000818]",
"*Anopheles",
"*Bedding and Linens",
"Biological Assay [D001681]",
"*Carbamates",
"*Culex",
"Gossypium [D003368]",
"Mosquito Control/*methods",
"*Phenylcarbamates",
"Polyesters [D011091]",
"Polyethylenes [D011095]",
"*Pyrethrins"
],
"dwc_scientificname_sm": [
"Anopheles funestus [62324]",
"Culex quinquefasciatus [7176]"
],
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"PIE"
],
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"English"
],
"dc_source_s": "Medical and Veterinary Entomology",
"dc_bibliographic_citation_s": "Med Vet Entomol 10(1), 1-11. (Jan 1996)",
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"rb68xc089",
"zc77t179x",
"2227mq323"
],
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"Kenya (Kenya) [192950/PCLI]",
"Tanzania (Tanzania) [149590/PCLI]"
],
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"Africa",
"Africa:United Republic of Tanzania"
],
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"Eukaryota",
"Eukaryota:Animals",
"Investigative Techniques",
"Investigative Techniques:Biological Assay",
"Viridiplantae",
"Viridiplantae:Streptophyta",
"Viridiplantae:Streptophyta:Embryophyta",
"Viridiplantae:Streptophyta:Embryophyta:Angiosperms",
"Viridiplantae:Streptophyta:Embryophyta:Angiosperms:Malvaceae",
"Viridiplantae:Streptophyta:Embryophyta:Angiosperms:Malvaceae:Gossypium",
"Macromolecular Substances",
"Macromolecular Substances:Polymers",
"Macromolecular Substances:Polymers:Polyesters",
"Biomedical and Dental Materials",
"Biomedical and Dental Materials:Polymers",
"Biomedical and Dental Materials:Polymers:Polyesters",
"Hydrocarbons, Acyclic",
"Hydrocarbons, Acyclic:Alkenes",
"Hydrocarbons, Acyclic:Alkenes:Polyenes",
"Hydrocarbons, Acyclic:Alkenes:Polyenes:Polyethylenes",
"Plastics",
"Plastics:Polyethylenes",
"Biomedical and Dental Materials:Polymers:Plastics",
"Biomedical and Dental Materials:Polymers:Plastics:Polyethylenes"
],
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"Culicidae",
"Culicidae:Anopheles",
"Culicidae:Anopheles:funestus group",
"Culicidae:Anopheles:funestus group:funestus subgroup",
"Culicidae:Anopheles:funestus group:funestus subgroup:Anopheles funestus",
"Culicidae:Culex",
"Culicidae:Culex:Culex quinquefasciatus"
],
"dct_references_s": "{\"http://schema.org/downloadUrl\":[\"https://dl-dev.vecnet.org/downloads/rb68xc089\",\"https://dl-dev.vecnet.org/downloads/zc77t179x\",\"https://dl-dev.vecnet.org/downloads/2227mq323\"],\"http://schema.org/url\":\"https://dl-dev.vecnet.org/citations/2227mq31t\",\"http://schema.org/thumbnailUrl\":\"https://dl-dev.vecnet.org/downloads/rb68xc089?datastream_id=thumbnail\"}"
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"uuid": "vecnet:d217qt138",
"layer_slug_s": "d217qt138",
"layer_id_s": "d217qt138",
"vn_content_version_s": "0",
"dc_date_modified_dt": "2015-02-27T00:00:00Z",
"read_access_group_sm": [
"public"
],
"edit_access_person_sm": [
"vecnet_batchuser"
],
"dc_itentifier_sm": [
"doi:10.1186/1756-3305-5-262",
"issn:1756-3305 (Electronic)",
"issn:1756-3305 (Linking)",
"23151270"
],
"dc_relation_sm": [
"http://www.ncbi.nlm.nih.gov/pubmed/23151270",
"http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3523976/pdf/1756-3305-5-262.pdf"
],
"dc_title_s": "Decreased proportions of indoor feeding and endophily in Anopheles gambiae s.l. populations following the indoor residual spraying and insecticide-treated net interventions in Benin (West Africa)",
"dc_created_sm": [
"2012"
],
"dc_type_s": "Article",
"dc_description_s": "BACKGROUND: In many parts of Africa as in Benin, the main strategies of vector control are based on the scaling-up of Long Lasting Insecticide Treated Nets (LLITNs) and indoor residual spraying (IRS). The need to understand the biological implications of IRS in large scale and full coverage of LLITNs is paramount. It is in this context that the present study was conducted. It aims to evaluate the effect of a large scale IRS using a non-pyrethroid insecticide and full coverage of deltamethrin treated nets on the behavior of An. gambiae s.l. in the intervention areas compared to untreated areas used as controls. METHODS: Mosquitoes were collected using human landing catches, pyrethrum spray catches and window exit traps to assess reduction of entry rate, endophily rate, endophagy rate and overall mortality rate in natural populations of An. gambiae s.l. before IRS and LLITNs intervention (2007) and after in 2008 and 2010. RESULTS: In the IRS arm, endophily rate was 67.13% before intervention and 4.5% after intervention, whereas in the control arm it was stable at 51.67% (P > 0 .05). In the LLITN arm endophily rates also decreased after intervention. After the IRS, no gravid mosquitoes were collected from all treated localities, but LLITN performance was not that spectacular. The proportion of mosquitoes biting indoors in the IRS arm decreased from 67.09% before intervention to 42.85% after intervention, compared to a low but significant decrease (71.31% to 57. 46%) in the LLITN arm.The use of vector control tools and behavior of the host would be the main factors that modify the behavior of taking a human blood meal observed on An. gambiae s.l. inside human dwellings. CONCLUSION: The impact on the behavior of An. gambiae s.l. observed with the bendiocarb used in IRS was highly effective compared with the free distribution of LLITNs in terms of mortality and the decrease of proportions of indoor feeding. Despite this efficacy, there is a need for complementary tools and research of alternative strategy oriented on effective health education, and the use of powerful tools such as IRS, LLITNs, larviciding and repellents.",
"dc_creator_sm": [
"Padonou, G. G.",
"Gbedjissi, G.",
"Yadouleton, A.",
"Azondekon, R.",
"Razack, O.",
"Oussou, O.",
"Gnanguenon, V.",
"Rock, A.",
"Sezonlin, M.",
"Akogbeto, M."
],
"dc_subject_sm": [
"Animals [D000818]",
"Anopheles gambiae/*drug effects/*physiology",
"Benin [D001541]",
"Child, Preschool [D002675]",
"Feeding Behavior/drug effects",
"Female [D005260]",
"Humans [D006801]",
"irs",
"llitns",
"bendiocarb",
"deltamethrin",
"behavior",
"anopheles gambiae",
"benin",
"culex-quinquefasciatus mosquitos",
"malaria vector control",
"impregnated bednets",
"equatorial-guinea",
"kenyan coast",
"bed nets",
"resistance",
"llin",
"Long Lasting Insecticide Treated Nets (LLITNs)",
"indoor residual spraying (IRS)",
"impact",
"transmission",
"Infant [D007223]",
"Infant, Newborn [D007231]",
"Insecticide-Treated Bednets/*utilization",
"Insecticides/*pharmacology",
"Male [D008297]",
"Nitriles/*pharmacology",
"Phenylcarbamates/*pharmacology",
"Pregnancy [D011247]",
"Pyrethrins/*pharmacology"
],
"dwc_scientificname_sm": [
"Anopheles gambiae [7165]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_source_s": "Parasites & vectors",
"dc_bibliographic_citation_s": "Parasit Vectors 5, 262. (2012)",
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"3j333c96j",
"h415pf90w"
],
"dct_spatial_sm": [
"Benin (Benin) [2395170/PCLI]",
"Africa () [6255146/CONT]"
],
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"solr_bbox": "-18.1574885778138 -46.9697265625 51.412635803222656 37.53944396972656",
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"dct_spatial_h_facet": [
"Africa",
"Africa:Republic of Benin"
],
"dc_subject_h_facet": [
"Eukaryota",
"Eukaryota:Animals",
"Africa South of the Sahara",
"Africa South of the Sahara:Africa, Western",
"Africa South of the Sahara:Africa, Western:Benin",
"Child",
"Child:Child, Preschool",
"Chordata",
"Chordata:Vertebrates",
"Chordata:Vertebrates:Mammals",
"Chordata:Vertebrates:Mammals:Primates",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini:Catarrhini",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini:Catarrhini:Hominidae",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini:Catarrhini:Hominidae:Humans",
"Persons",
"Persons:Age Groups",
"Persons:Age Groups:Infant",
"Infant",
"Infant:Infant, Newborn",
"Reproductive Physiological Processes",
"Reproductive Physiological Processes:Reproduction",
"Reproductive Physiological Processes:Reproduction:Pregnancy"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Anopheles",
"Culicidae:Anopheles:Anopheles gambiae"
],
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"dc_date_uploaded_dt": "2015-04-02T00:00:00Z",
"dc_date_modified_dt": "2015-04-02T00:00:00Z",
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"public"
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"vecnet_batchuser"
],
"dc_itentifier_sm": [
"issn:0022-2585 (Print)",
"issn:0022-2585 (Linking)",
"21175046"
],
"dc_relation_sm": [
"http://www.ncbi.nlm.nih.gov/pubmed/21175046"
],
"dc_title_s": "Effect of sublethal dose of diflubenzuron and azadirachtin on various life table attributes of Culex quinquefasciatus (Diptera: Culicidae)",
"dc_created_sm": [
"2010"
],
"dc_type_s": "Article",
"dc_description_s": "The exposure of sublethal doses (25% emergence inhibition) of diflubenzuron (DFB) (0.0002 mg/liter) and azadirachtin (AZD; 0.0079 mg/liter) insect growth regulators was provided to late third- early fourth instars of Culex quinquefasciatus till emergence of adults to find out the effects on various biological and life table attributes of adults, and comparison was made with control (CTL) as well. Life expectancy of both males and females of DFB survivors was significantly less in comparison with AZD and CTL ones; however, it was nonsignificantly different between CTL and AZD. In all treatments, males were shorter lived than females of their respective treatments. DFB survivors showed significant reduction in number of blood-fed females, resulting in minimum of oviposition days, total number of egg rafts, total number of eggs, eggs per egg raft, eggs per female life span, and eggs per female per day than survivors of both AZD and CTL significantly, but these parameters did not differ significantly between CTL and AZD, except eggs per egg raft. The net reproductive rate, intrinsic rate of increase, and finite rate of increase were significantly less in DFB than rest of the survivors, whereas doubling time for generation was significantly high; however, difference in mean generation was not significant among them. This study reveals that DFB has the potency to affect severely the various life table attributes at sublethal dose, but AZD does not have such effectiveness at similar sublethal dose against Cx. quinquefasciatus.",
"dc_creator_sm": [
"Suman, D. S.",
"Parashar, B. D.",
"Prakash, S."
],
"dc_subject_sm": [
"Animals [D000818]",
"Culex/*drug effects",
"culex quinquefasciatus",
"sublethal dose",
"emergence inhibition",
"Effect",
"sublethal",
"dose",
"diflubenzuron",
"azadirachtin",
"Culex quinquefasciatus",
"Diptera: Culicidae",
"life table attributes",
"igrs",
"insect growth-regulators",
"chitin synthesis inhibitor",
"aedes-aegypti",
"florida mosquitos",
"neem products",
"methoprene",
"fecundity",
"pipiens",
"resistance",
"survival",
"Diflubenzuron/administration & dosage/*pharmacology",
"Dose-Response Relationship, Drug [D004305]",
"Female [D005260]",
"Insecticides/administration & dosage/*pharmacology",
"*Life Tables",
"Limonins/administration & dosage/*pharmacology",
"Male [D008297]"
],
"dwc_scientificname_sm": [
"Culex quinquefasciatus [7176]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_source_s": "Journal of medical entomology",
"dc_bibliographic_citation_s": "J Med Entomol 47(6), 996-1002. (Nov 2010)",
"vn_child_records_sm": [
"gx41mv579"
],
"dct_spatial_sm": [
"India (India) [1269750/PCLI]"
],
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"solr_bbox": "68.162834 6.747139 97.403305 35.504223",
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"point_list_s": "MULTIPOINT(79 22)",
"dct_spatial_h_facet": [
"Asia",
"Asia:Republic of India"
],
"dc_subject_h_facet": [
"Eukaryota",
"Eukaryota:Animals",
"Physiological Phenomena",
"Physiological Phenomena:Pharmacological Phenomena",
"Physiological Phenomena:Pharmacological Phenomena:Dose-Response Relationship, Drug"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Culex",
"Culicidae:Culex:Culex quinquefasciatus"
],
"dct_references_s": "{\"http://schema.org/downloadUrl\":[\"https://dl-dev.vecnet.org/downloads/gx41mv579\"],\"http://schema.org/url\":\"https://dl-dev.vecnet.org/citations/gt54kz73f\",\"http://schema.org/thumbnailUrl\":\"https://dl-dev.vecnet.org/downloads/gx41mv579?datastream_id=thumbnail\"}"
},
{
"uuid": "vecnet:5t34sw290",
"layer_slug_s": "5t34sw290",
"layer_id_s": "5t34sw290",
"vn_content_version_s": "0",
"dc_date_uploaded_dt": "2015-04-02T00:00:00Z",
"dc_date_modified_dt": "2015-04-02T00:00:00Z",
"read_access_group_sm": [
"public"
],
"edit_access_person_sm": [
"vecnet_batchuser"
],
"dc_itentifier_sm": [
"issn:8756-971X (Print)",
"issn:8756-971X (Linking)",
"8126477"
],
"dc_relation_sm": [
"http://www.ncbi.nlm.nih.gov/pubmed/8126477"
],
"dc_title_s": "Effects of the insect growth regulators OMS 2017 and diflubenzuron on the reproductive potential of Aedes aegypti",
"dc_created_sm": [
"1993"
],
"dc_type_s": "Article",
"dc_description_s": "The effects of 2 benzoylphenylurea insect growth regulators, OMS 2017 and diflubenzuron, on 4th instar larvae of Aedes aegypti were investigated in the laboratory. Apart from delayed lethal action, possible effects on the reproductive potential were also studied. A baseline concentration of each compound causing 30% emergence inhibition was determined. At this concentration, OMS 2017 affected fecundity of the mosquito but diflubenzuron did not. The fertility of females that survived OMS 2017 exposure also was decreased; 23% of the eggs reached the 4th larval instar. Diflubenzuron did not cause any reduction in fertility. The basal follicle number showed great variability after both treatments as it was alternatively equal, lower, or higher than in the control.",
"dc_creator_sm": [
"Fournet, F.",
"Sannier, C.",
"Monteny, N."
],
"dc_subject_sm": [
"Aedes/*drug effects",
"Animals [D000818]",
"Diflubenzuron/*pharmacology",
"Female [D005260]",
"Fertility/drug effects",
"Growth Inhibitors/*pharmacology",
"insect growth regulators",
"diflubenzuron",
"Aedes aegypti",
"Organic Chemicals [D009930]",
"chitin synthesis",
"inhibitors",
"Reproduction/drug effects"
],
"dwc_scientificname_sm": [
"Aedes aegypti [7159]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_source_s": "Journal of the American Mosquito Control Association",
"dc_bibliographic_citation_s": "J Am Mosq Control Assoc 9(4), 426-30. (Dec 1993)",
"vn_child_records_sm": [
"5x21ts13b"
],
"dct_spatial_sm": [
"France (France) [3017382/PCLI]"
],
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"solr_bbox": "-5.142222 41.338779 9.561556 51.092804",
"solr_geom": "ENVELOPE(-5.142222, 9.561556, 51.092804, 41.338779)",
"georss_box_s": "41.338779 -5.142222 51.092804 9.561556",
"point_list_s": "MULTIPOINT(2 46)",
"dct_spatial_h_facet": [
"Europe",
"Europe:Republic of France"
],
"dc_subject_h_facet": [
"Eukaryota",
"Eukaryota:Animals",
"Organic Chemicals"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Aedes",
"Culicidae:Aedes:Aedes aegypti"
],
"dct_references_s": "{\"http://schema.org/downloadUrl\":[\"https://dl-dev.vecnet.org/downloads/5x21ts13b\"],\"http://schema.org/url\":\"https://dl-dev.vecnet.org/citations/5t34sw290\",\"http://schema.org/thumbnailUrl\":\"https://dl-dev.vecnet.org/downloads/5x21ts13b?datastream_id=thumbnail\"}"
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{
"uuid": "vecnet:5d86p993z",
"layer_slug_s": "5d86p993z",
"layer_id_s": "5d86p993z",
"vn_content_version_s": "0",
"dc_date_uploaded_dt": "2015-04-02T00:00:00Z",
"dc_date_modified_dt": "2015-04-02T00:00:00Z",
"read_access_group_sm": [
"public"
],
"edit_access_person_sm": [
"vecnet_batchuser"
],
"dc_itentifier_sm": [
"issn:0022-2585 (Print)",
"issn:0022-2585 (Linking)",
"7473612"
],
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"http://www.ncbi.nlm.nih.gov/pubmed/7473612"
],
"dc_title_s": "Effects of two insect growth regulators on ecdysteroid production in Aedes aegypti (Diptera: Culicidae)",
"dc_created_sm": [
"1995"
],
"dc_type_s": "Article",
"dc_description_s": "Diflubenzuron and OMS 2017 are insect growth regulators that affect larval to adult development in Aedes aegypti (L.) by altering ecdysis. When larvae were exposed to sublethal concentrations, surviving adults express reduced reproductive potential. In mosquitoes, ecdysteroids are important in larval and adult ovarian development. We applied 30% emergence reduction concentrations (EI30) of OMS 2017 and diflubenzuron to 4th-instar Ae. aegypti to determine if changes in ecdysteroid production may explain these physiological effects. Ecdysteroid concentrations were measured in the larvae, pupae, and adults after treatment with both IGRs. After treatment with OMS 2017, the 1st peak of ecdysteroid production in larvae was totally inhibited, but after pupation, ecdysteroid concentrations were the same as in untreated controls. In diflubenzuron-treated larvae, the second peak of production was delayed and the ecdysteroid concentrations of the larvae, pupae, and adults were depressed slightly when compared with untreated controls. The production of ecdysteroids by the ovaries was not altered by sublethal larval treatment with both IGRs. Although OMS 2017 and diflubenzuron belong to the same chemical family, their mode of action apparently is different.",
"dc_creator_sm": [
"Fournet, F.",
"Sannier, C.",
"Moriniere, M.",
"Porcheron, P.",
"Monteny, N."
],
"dc_subject_sm": [
"Aedes/*drug effects/metabolism",
"Animals [D000818]",
"Diflubenzuron/*pharmacology",
"Ecdysteroids [D026461]",
"insect growth regulator",
"ecdysteroid production",
"Aedes aegypti",
"Female [D005260]",
"Growth Inhibitors/*pharmacology",
"Guinea Pigs [D006168]",
"Insect Hormones/*biosynthesis",
"Larva [D007814]",
"Male [D008297]",
"Organic Chemicals [D009930]",
"Pupa [D011679]",
"aedes aegypti",
"ecdysteroids concentrations",
"insect growth regulators",
"pupal-adult development",
"chitin synthesis",
"diflubenzuron",
"inhibitors",
"dimilin",
"cuticle",
"Steroids/*biosynthesis"
],
"dwc_scientificname_sm": [
"Aedes aegypti [7159]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_source_s": "Journal of medical entomology",
"dc_bibliographic_citation_s": "J Med Entomol 32(5), 588-93. (Sep 1995)",
"vn_child_records_sm": [
"5h73q677t"
],
"dct_spatial_sm": [
"France (France) [3017382/PCLI]"
],
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"point_list_s": "MULTIPOINT(2 46)",
"dct_spatial_h_facet": [
"Europe",
"Europe:Republic of France"
],
"dc_subject_h_facet": [
"Eukaryota",
"Eukaryota:Animals",
"Cholestanes",
"Cholestanes:Cholestenes",
"Cholestanes:Cholestenes:Cholestenones",
"Cholestanes:Cholestenes:Cholestenones:Ecdysteroids",
"Cholestanes:Sterols",
"Cholestanes:Sterols:Phytosterols",
"Cholestanes:Sterols:Phytosterols:Ecdysteroids",
"Invertebrate Hormones",
"Invertebrate Hormones:Insect Hormones",
"Invertebrate Hormones:Insect Hormones:Ecdysteroids",
"Chordata",
"Chordata:Vertebrates",
"Chordata:Vertebrates:Mammals",
"Chordata:Vertebrates:Mammals:Rodentia",
"Chordata:Vertebrates:Mammals:Rodentia:Guinea Pigs",
"Organism Forms",
"Organism Forms:Life Cycle Stages",
"Organism Forms:Life Cycle Stages:Larva",
"Growth and Development",
"Growth and Development:Morphogenesis",
"Growth and Development:Morphogenesis:Metamorphosis, Biological",
"Growth and Development:Morphogenesis:Metamorphosis, Biological:Life Cycle Stages",
"Growth and Development:Morphogenesis:Metamorphosis, Biological:Life Cycle Stages:Larva",
"Organic Chemicals",
"Organism Forms:Life Cycle Stages:Pupa",
"Growth and Development:Morphogenesis:Metamorphosis, Biological:Life Cycle Stages:Pupa"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Aedes",
"Culicidae:Aedes:Aedes aegypti"
],
"dct_references_s": "{\"http://schema.org/downloadUrl\":[\"https://dl-dev.vecnet.org/downloads/5h73q677t\"],\"http://schema.org/url\":\"https://dl-dev.vecnet.org/citations/5d86p993z\",\"http://schema.org/thumbnailUrl\":\"https://dl-dev.vecnet.org/downloads/5h73q677t?datastream_id=thumbnail\"}"
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"dc_date_uploaded_dt": "2015-04-02T00:00:00Z",
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"issn:8756-971X (Print)",
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"9152874"
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"http://www.ncbi.nlm.nih.gov/pubmed/9152874"
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"dc_title_s": "Effects of two insect growth regulators on the susceptibility of Aedes aegypti (Diptera:Culicidae) to Molinema dessetae (Nematoda:Filarioidea)",
"dc_created_sm": [
"1997"
],
"dc_type_s": "Article",
"dc_description_s": "The effects of 2 growth regulators, diflubenzuron (DFB) and OMS 2017, on the ability of females Aedes aegypti to become infected with Molinema dessetae was studied under laboratory conditions. OMS 2017 and DFB had no effect on either the amount of blood ingested or the microfilarial load. The infective potential of females that survived DFB treatment was significantly greater than untreated females, but there was no difference between OMS 2017-treated and control females. The percentage of infective larvae in the head after OMS 2017 and DFB treatments was significantly greater than for control females. Insect growth regulators appear to affect the vectorial competence of mosquitoes, and these results indicate the need for preliminary studies before these compounds are used in large-scale control programs.",
"dc_creator_sm": [
"Fournet, F.",
"Sannier, C.",
"Monteny, N."
],
"dc_subject_sm": [
"Aedes/*drug effects",
"Animals [D000818]",
"insect growth regulator",
"igr",
"Aedes aegypti",
"Diflubenzuron/*pharmacology",
"Female [D005260]",
"*Filarioidea",
"Growth Inhibitors/*pharmacology",
"Organic Chemicals [D009930]",
"Pest Control, Biological/*methods"
],
"dwc_scientificname_sm": [
"Aedes aegypti [7159]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_source_s": "Journal of the American Mosquito Control Association",
"dc_bibliographic_citation_s": "J Am Mosq Control Assoc 13(1), 40-2. (Mar 1997)",
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"hm50v345j"
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"France (France) [3017382/PCLI]"
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"dct_spatial_h_facet": [
"Europe",
"Europe:Republic of France"
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"Eukaryota",
"Eukaryota:Animals",
"Organic Chemicals"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Aedes",
"Culicidae:Aedes:Aedes aegypti"
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"uuid": "vecnet:cz30q437q",
"layer_slug_s": "cz30q437q",
"layer_id_s": "cz30q437q",
"vn_content_version_s": "0",
"dc_date_uploaded_dt": "2015-04-02T00:00:00Z",
"dc_date_modified_dt": "2015-04-02T00:00:00Z",
"read_access_group_sm": [
"public"
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"vecnet_batchuser"
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"dc_itentifier_sm": [
"issn:0971-5916",
"WOS:000314083300010"
],
"dc_relation_sm": [
"http://www.ijmr.org.in/article.asp?issn=0971-5916;year=2012;volume=136;issue=5;spage=783;epage=791;aulast=Sadanandane"
],
"dc_title_s": "Efficacy of three formulations of diflubenzuron, an insect growth regulator, against Culex quinquefasciatus Say, the vector of Bancroftian filariasis in India",
"dc_created_sm": [
"2012"
],
"dc_type_s": "Article",
"dc_description_s": "Background & objectives: Insect growth regulators (IGRs) offer alternatives to conventional chemical larvicides that pose problem of resistance and environmental safety. However, only a limited number of IGRs have been approved for use in mosquito control. In the present study, two new formulations of the IGR diflubenzuron, 2 per cent granular (GR) and 2 per cent tablet (DT) were tested for its efficacy against Culex quinquefasciatus, in comparison to its 25 per cent wettable powder (WP) formulation. Methods: The WP, GR and DT formulations were tested in cesspits, street drains and abandoned wells each at four dosages, 25, 50, 75 and 100 g ai/ha. Additionally, the DT formulation was tested at a higher dosage of 1 tablet/m(2) (equal to 400 g al/ha). Results: The WP and GR formulations yielded >80 per cent inhibition of adult emergence (IE) for 7-10 days in cesspits, 4-7 days in street drains and 7-21 days in abandoned wells at all dosages tested. The DT formulation was effective only at higher dosage 100 g ai/ha and or 1 tablet/m(2) for 7-15 days at all habitats. Interpretation & conclusions: The trial showed that the dosage 25 g ai/ha of 25 per cent WP could be the field dosage for cesspits and wells, and 50 g al/ha for drains, to be applied at weekly intervals. The dosages 25, 50 and 100 g al/ha of 2 per cent GR could be the field dosages for application in cesspits at weekly intervals, in abandoned wells every three weeks and in drains at weekly intervals, respectively. Diflubenzuron 25 per cent WP and 2 per cent GR could be used for larval control of Cx. quinquefasciatus under integrated vector management programme.",
"dc_creator_sm": [
"Sadanandane, C.",
"Doss, P. S. B.",
"Jambulingam, P."
],
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"culex quinquefasciatus",
"diflubenzuron",
"Efficacy",
"insect growth regulator",
"Culex quinquefasciatus",
"vector",
"Bancroftian filariasis",
"India [D007194]",
"mosquito control",
"field-evaluation",
"mosquito-control",
"control agent",
"methoprene",
"diptera",
"california",
"resistance",
"culicidae",
"Animals [D000818]",
"Culex/*drug effects/parasitology",
"Diflubenzuron/*pharmacology",
"Elephantiasis, Filarial/prevention & control/*transmission",
"Humans [D006801]",
"*Insect Vectors",
"Juvenile Hormones/*pharmacology",
"dimilin",
"larvae"
],
"dwc_scientificname_sm": [
"Culex quinquefasciatus [7176]"
],
"vn_keyword_sm": [
"PIE"
],
"dc_language_sm": [
"English"
],
"dc_source_s": "Indian Journal of Medical Research",
"dc_bibliographic_citation_s": "Indian J Med Res 136(5), 783-791. (Nov 2012)",
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"d217r121c"
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"India (India) [1269750/PCLI]"
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"dct_spatial_h_facet": [
"Asia",
"Asia:Republic of India"
],
"dc_subject_h_facet": [
"Asia, Western",
"Asia, Western:India",
"Eukaryota",
"Eukaryota:Animals",
"Chordata",
"Chordata:Vertebrates",
"Chordata:Vertebrates:Mammals",
"Chordata:Vertebrates:Mammals:Primates",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini:Catarrhini",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini:Catarrhini:Hominidae",
"Chordata:Vertebrates:Mammals:Primates:Haplorhini:Catarrhini:Hominidae:Humans"
],
"dwc_scientificname_h_facet": [
"Culicidae",
"Culicidae:Culex",
"Culicidae:Culex:Culex quinquefasciatus"
],
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"dc_date_uploaded_dt": "2015-02-10T00:00:00Z",
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"issn:8756-971X (Print)",
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"7707053"