Efficacy and Toxicity of Parasayu incense ash as a Larvicide for the Eradication of Aedes aegypti (Diptera: Culicidae) Mosquito Larvae

Trends and Research Hotspots of Knockdown Resistance in the Aedes Genus in Indonesia: A Bibliometric Surveillance from the Scopus Database

“…A number of studies have also reported that the use of DEET, malathion, deltamethrin, permethrin, sihalotrin, bediocarb, siflutrin and other agents has contributed to the increased incidence of larval and mosquito resistance to insecticides [11][12][13][14]19]. This has become a new obstacle for mosquito-based disease control in Indonesia [21,33,34]. Furthermore, research trends and key findings point to increasing interest in resistance research in the Aedes genus in Indonesia.…”

“…Identification of kdr at allele f1534c in temephos-exposed Aedes aegypti and Aedes albopictus mosquitoes Cluster 3 (12 items) -Blue Aegypty mosquito [20], bali [21], dengue fever [26], denpasar [21], egg [19], human [15], indonesia [307], jakarta [18], resistance development [28], resistance phenotype [18], surveillance [22], v1016g mutation [14] Mutation analysis of the v1016g allele in dengue fever-causing mosquitoes in Denpasar, Bali and Jakarta Cluster 4 (12 items) -Yellow Aedes aegypti mosquito [31], central java [10], channel [130], cypermetrin [14], dengue vector aedes [12], haplotype [43], ile1016 [10], 1982w [13], s989p [46], vgsc [82], vgsc gene [21], voltage gated sodium channel [15] Identification of kdr in voltage gated sodium channel (VGSC) of Aedes aegypti mosquito Cluster 5 (11 items)purple Genotyping [34], insecticide use [13], resistance allele [12], s996 [10], southeast asia [15], target site resistance [10], v1023g [15], voltage sensitive sodium channel [17], vssc [24], vssc muattion [11], yogyakarta [2] Analysis of voltage sensitive sodium channel (VSSC) in mosquitoes in Yogyakarta Cluster 6 (9 items) -sky-blue Aedes aegypti [10], aegypti strain [12], chikv [11], dengue virus [23], denv [19], primary vector [18], virus …”

Activity and potential of Phyllantus niruri L. and Phyllantus urinaria L. as Hepatitis B virus inhibitors: A narrative review of the SANRA protocol

“…Furthermore, many bioactive compounds derived from plants have been isolated and used as candidates for commercial drugs [11]. In addition to being rich in secondary metabolites, medicinal plants are easy to obtain and are harmless when used in the right doses, even in the long term [12,13].…”

Effects of exposure to incense smoke associated with impaired lung function and respiratory disease: A Systematic Review

“…It has been reported that incense smoke contains nitrogen dioxide (NO 2 ), carbon monoxide (CO), sulfur dioxide (SO 2 ), hydrogen sul de (H 2 S), particulate matter (PM 1 , PM 2,5 , PM10), ozone (O 3 ), TSP (Total Suspended Particulate), volatile organic compounds (VOCs), and polycyclic aromatic hydrocarbons (PAHs) [9]- [13]. Incense smoke inhaled by humans is considered more dangerous than people who smoke passively [14], [15] and has produced various impacts, especially diseases of the upper and lower intestinal tracts. Previous research has revealed and proven that exposure to incense smoke causes breathing di culties such as asthma, chronic obstructive pulmonary disease (COPD), wheezing or whistling, rhinitis, and pneumonia to mortality in the respiratory system [7], [16]- [18].…”