Pure and Organic CBD & and Hemp Products

Effective medicine provided by mother nature

  • Powerful relaxant

  • Strong painkiller

  • Stress reduction
  • Energy booster

Why CBD?

More and more renowned scientists worldwide publish their researches on the favorable impact of CBD on the human body. Not only does this natural compound deal with physical symptoms, but also it helps with emotional disorders. Distinctly positive results with no side effects make CBD products nothing but a phenomenal success.

This organic product helps cope with:

  • Tight muscles
  • Joint pain
  • Stress and anxiety
  • Depression
  • Sleep disorder

Range of Products

We have created a range of products so you can pick the most convenient ones depending on your needs and likes.

CBD Capsules Morning/Day/Night:

CBD Capsules

These capsules increase the energy level as you fight stress and sleep disorder. Only 1-2 capsules every day with your supplements will help you address fatigue and anxiety and improve your overall state of health.

Order Now

CBD Tincture

CBD Tincture

No more muscle tension, joints inflammation and backache with this easy-to-use dropper. Combined with coconut oil, CBD Tincture purifies the body and relieves pain. And the bottle is of such a convenient size that you can always take it with you.

Order Now

Pure CBD Freeze

Pure CBD Freeze

Even the most excruciating pain can be dealt with the help of this effective natural CBD-freeze. Once applied on the skin, this product will localize the pain without ever getting into the bloodstream.

Order Now

Pure CBD Lotion

Pure CBD Lotion

This lotion offers you multiple advantages. First, it moisturizes the skin to make elastic. And second, it takes care of the inflammation and pain. Coconut oil and Shia butter is extremely beneficial for the health and beauty of your skin.

Order Now

CBD Hemp Oil From Green Roads World Indiana – Growing Popularity In The USA

insect-controlling AzaSol How products? other is 4. with compatible



  • insect-controlling AzaSol How products? other is 4. with compatible
  • Hydroponics
  • 5 Questions with Matt Andrus
  • When considering a new product for your integrated pest management (IPM) plan, 4. How compatible is AzaSol with other insect-controlling products?. Have the product container or label with you when calling a poison control EPA Est. No. When needed, drench soil to control soil borne pests, including compatibility by using the correct proportion of each the products application When using AzaSol in combination with other products, use AzaSol at the. Arthropod Pest Control for UK Oilseed Rape - Comparing Insecticide .. likely to eliminate the need for foliar applications because of other insect pests which do not Safari, ppm/g at day 24 for TreeAzin, and ppm/g at day 27 for Azasol. The insecticides were tested for compatibility at four doses by in vitro .

    insect-controlling AzaSol How products? other is 4. with compatible

    By 6th month, only 7. In wire-ball assays, mortality decreased from In cone bioassays, mortality reduced from No kdr gene mutations were detected.

    Conclusions In bioassays where sufficient contact with. Bio- efficacy and residual activity of insecticides used for indoor residual spraying IRS and long-lasting insecticide nets LLINs were assessed against laboratory-reared and wild populations of the malaria vector, Anopheles arabiensis in south eastern Tanzania. Effectiveness of insecticide -incorporated bags to control stored- product beetles.

    Adults of seven stored- product beetle species were exposed on the inside and outside surfaces of polypropylene polymer bags incorporated with the insecticide deltamethrin approx.

    Beetles were exposed for 60, , and min, and 1, 3 and Psychidae in Oil Palm Plantations, Malaysia. The effectiveness of the synthetic insecticides trichlorfon, lambda-cyhalothrin, cypermethrin emulsion concentrated EC and cypermethrin emulsion water based EW and a bio- insecticide , Bacillus thuringiensis subsp.

    Although all synthetic insecticides effectively reduced the larval population of M. The larval population dropped below the economic threshold level ETL 30 days after a single application of the synthetic insecticides.

    Application of Btk, however, gave poor results, with the larval population remaining above the ETL post treatment. In terms of operational productivity , ground spraying using power spray equipment was time-consuming and resulted in poor coverage. Power spraying may not be appropriate for controlling M. Using a power sprayer, one man could cover ha per day. Hence, power spraying is recommended during outbreaks of infestation in areas smaller than 50 ha.

    Effect of natural and chemical insecticides on Hyalopterus pruni and Anthmis pseudocotula and their mixtures with chemical insecticide Malathion on growth of Studies on the efficacy of neem products against the aphid Aphis. The importance of considering community-level effects when selecting insecticidal malaria vector products. Full Text Available Abstract Background Insecticide treatment of nets, curtains or walls and ceilings of houses represent the primary means for malaria prevention worldwide.

    Direct personal protection of individuals and households arises from deterrent and insecticidal activities which divert or kill mosquitoes before they can feed. However, at high coverage, community-level reductions of mosquito density and survival prevent more transmission exposure than the personal protection acquired by using a net or living in a sprayed house. Methods A process-explicit simulation of malaria transmission was applied to results of 4 recent Phase II experimental hut trials comparing a new mosaic long-lasting insecticidal net LLIN which combines deltamethrin and piperonyl butoxide with another LLIN product by the same manufacturer relying on deltamethrin alone.

    Oxidative stress and metabolic aspects. ED - Physiology Impact factor: Efficacy of silk channel injections with insecticides for management of Lepidopteran pests of sweet corn. The primary Lepidopteran pests of sweet corn in Georgia are the corn earworm, Helicoverpa zea Boddie , and the fall armyworm, Spodoptera frugiperda J.

    Control of these pests typically requires multiple insecticide applications from first silking until harvest, with commercial growers fre Full Text Available We evaluated the residual efficacy of four liquid sprays and four ready-to-use aerosols that are commonly used in the U.

    The four liquid sprays were: The four aerosols were: Bed bugs were confined for 4 h to treated substrates aged 24 h. Four substrates were tested: The effect of exposure time 5 min, 4 h, and 24 h on the efficacy of Transport GHP and Phantom aerosol also was evaluated.

    A 4 h continuous exposure to Phantom aerosol or Transport GHP residue caused similar mortality to 24 h exposure and higher mortality than 5 min exposure. Reduced risk insecticides to control scale insects and protect natural enemies in the production and maintenance of urban landscape plants. Armored scale insects are among the most difficult to manage and economically important arthropod pests in the production and maintenance of urban landscape plants.

    This is because of morphological traits that protect them from contact insecticides. I compared initial and season-long control of euonymus scale, Unaspis euonymi Comstock Hemiptera: Diaspidae , by reduced-risk insecticides insect growth regulators [IGRs], neonicotinoids, spirotetramat to determine if they controlled scale as well as more toxic insecticides such as the organophosphate, acephate, and pyrethroid, bifenthrin.

    I also evaluated how these insecticides affected natural enemy abundance on experimental plants and survival when exposed to insecticide residue. All insecticides tested reduced first generation euonymus scale abundance. In , reinfestation by second generation euonymus scale was highest on plants treated with acetamiprid and granular dinotefuran.

    In , systemic neonicotinoids and spirotetramat prevented cottony cushion scale infestation d after treatment whereas scale readily infested plants treated with bifenthrin and horticultural oil.

    These natural enemies were generally less abundant than predicted by scale abundance on granular dinotefuran treated plants and more abundant on granular thiamethoxam treated plants. My results indicate that reduced risk insecticides can provide season-long scale control with less impact on natural enemies than conventional insecticides.

    This could have economic and environmental benefits by reducing the number of applications necessary to protect nursery and landscape plants from scale. The potentiality of botanicals and their products as an alternative to chemical insecticides to sandflies Diptera: Use of chemical pesticides is the current method for controlling sandflies. However, resistance is being developed in sandflies against the insecticide of choice that is DDT dichlorodiphenyl trichloroethane.

    Botanicals have potential to act as an alternative to chemical insecticides as the crude extracts and active molecules of some plants show insecticidal effect to sandflies. This will lead to safe, easy and environment friendly method for control of sandflies. Therefore, information regarding botanicals acting as alternative to chemical insecticide against sandflies assumes importance in the context of development of resistance to insecticides as well as to prevent environment from contamination.

    This review deals with some plants and their products having repellent and insecticidal effect to sandflies in India and abroad. Different methods of extraction and their bioassay on sandflies have been emphasized in the text. This review will be useful in conducting the research work to find out botanicals of Indian context having insecticidal effect on sandflies. Dengue vector management using insecticide treated materials and targeted interventions on productive breeding-sites in Guatemala.

    Full Text Available Abstract Background In view of the epidemiological expansion of dengue worldwide and the availability of new tools and strategies particularly for controlling the primary dengue vector Aedes aegypti, an intervention study was set up to test the efficacy , cost and feasibility of a combined approach of insecticide treated materials ITMs alone and in combination with appropriate targeted interventions of the most productive vector breeding-sites.

    The trial had two arms: Activities included entomological assessments characteristics of breeding-sites, pupal productivity , Stegomyia indices at baseline, 6 weeks after the first intervention coverage of window and exterior doorways made of PermaNet 2. The second intervention took place 17 months after the first intervention. The insecticide residual activity and the insecticidal content were also studied at different intervals.

    Additionally, information about demographic characteristics, cost of the intervention, coverage of houses protected and satisfaction in the population with the interventions was collected. Results At baseline during the dry season a variety of productive container types for Aedes pupae were identified: In view of the epidemiological expansion of dengue worldwide and the availability of new tools and strategies particularly for controlling the primary dengue vector Aedes aegypti, an intervention study was set up to test the efficacy , cost and feasibility of a combined approach of insecticide treated materials ITMs alone and in combination with appropriate targeted interventions of the most productive vector breeding-sites.

    The study was conducted as a cluster randomized community trial using "reduction of the vector population" as the main outcome variable. At baseline during the dry season a variety of productive container types for Aedes pupae were identified: Plant volatile aldehydes as natural insecticides against stored- product beetles. Infestation by stored- product pests causes serious losses in food and feed commodities.

    Among possible strategies against these pests, which aim to reduce the use of synthetic insecticides , including fumigants, natural insecticides produced by plants represent one of the most promising approaches for their ecochemical control. Three six-carbon and nine-carbon aldehydes, natural plant volatiles produced by the plant lipoxygenase pathway, were tested for their insecticidal activity against five species of stored- product beetles in feeding, fumigation and combined bioassays. The compounds 2E,6Z -nonadienal, 2E -nonenal and 2E -hexenal were incorporated into feeding discs in feeding bioassays or evaporated from filter paper in closed glass chambers in fumigation tests.

    Beetle sensitivity to aldehydes differed according to the different treatments. The highest activity was obtained by 2E -hexenal in fumigation tests, with the LC 50 ranging from 4 to 26 mg L -1 , while 2E, 6Z -nonadienal was the most effective in feeding tests, giving LD 50 s ranging from 0. Fumigation tests in the presence of wheat grains confirmed that 2E -hexenal was the most effective compound, with a calculated LC 99 ranging from 33 to mg L The results of both feeding and fumigation tests indicated that natural plant aldehydes are potential candidates to control stored- product beetles.

    Botanical insecticides inspired by plant-herbivore chemical interactions. Plants have evolved a plethora of secondary chemicals to protect themselves against herbivores and pathogens, some of which have been used historically for pest management. The extraction methods used by industry render many phytochemicals ineffective as insecticides despite their bioactivity in the natural context.

    In this review, we examine how plants use their secondary chemicals in nature and compare this with how they are used as insecticides to understand why the efficacy of botanical insecticides can be so variable. If the commercial production of botanical insecticides is to become a viable pest management option, factors such as production cost, resource availability, and extraction and formulation techniques need be considered alongside innovative application technologies to ensure consistent efficacy of botanical insecticides.

    The natural product Rocaglamide 1 , isolated from the tree Aglaia elliptifolia, is a compelling but also challenging lead structure for crop protection. In laboratory assays, the natural product shows highly interesting insecticidal activity against chewing pests and beetles, but also phytotoxicity on some crop plants.

    Multi-step syntheses with control of stereochemistry were required to probe the structure-activity relationship SAR , and seek simplified analogues. After a significant research effort, just two areas of the molecule were identified which allow modification whilst maintaining activity, as will be highlighted in this paper. Insecticidal activity of the essential oils from different plants against three stored- product insects.

    This study was conducted to determine the insecticidal activity of essential oils from oregano, Origanum onites L. Lamiaceae , savory, Satureja thymbra L. Lamiaceae , and myrtle, Myrtus communis L. Myrtaceae against three stored- product insects. Essential oils from three species of plants were obtained by Clevenger-type water distillation.

    The major compounds in these essential oils were identified using gas chromatography-mass spectrometry and their insecticidal activity was tested against adults of the Mediterranean flour moth Ephestia kuehniella Zeller Lepidoptera: Pyralidae and the bean weevil Acanthoscelides obtectus Say Coleoptera: While the major compound found in oregano and savory was carvacrol, the main constituent of the myrtle was linalool. Among the tested insects, A.

    However, the insecticidal activity of the myrtle oil was more pronounced than other oils tested against A. The essential oils of oregano and savory were highly effective against P. LC 50 and LC 99 values of each essential oil were estimated for each insect species. The insecticidal activity of each oil against the house fly Musca domestica was evaluated by placing flies in a glass jar with a screw cap that held a piece of EO-treated cotton yarn.

    Twelve EOs and 17 individual terpenes were assayed against M. Limonene was also the principal constituent A study under semi-field conditions on the efficacy of insecticides against Meligethes aeneus F. Oilseed rape Brassica napus L. One of the major pests is the pollen beetle Meligethes aeneus F.

    One contributing factor is the decreased sensitivity Treated plants were cut and brought into the greenhouse on nine sampling occasions. Each plant was placed into a perforated plastic bag with 10 beetles. The vitality of the beetles was observed after two and five days following inoculation. The comparison of the different insecticides and their significance test was made by using the marginal expectation values.

    Pentatomidae mortality and injury in apple and peach orchards. Pentatomidae originates from populations continuously dispersing from and among wild and cultivated hosts, so many individuals may not be directly sprayed with insecticides. Limited information exists regarding field-based residual activity of insecticides for management of H. Thus, we conducted field-based bioassays in apple and peach orchards to evaluate residual activity of insecticides commonly applied against H.

    Adults used in these trials were collected from wild and cultivated hosts less than one week prior to testing to more accurately reflect the susceptibility of wild H. Significantly higher mortality rates of Halyomorpha halys were observed early in the growing season, when overwintered adults were prevalent, compared with populations present later in the growing season that included new generation adults.

    Significantly higher mortality was recorded for adults exposed to fresh insecticide applications compared with three- and seven-day old residues. Typically, the addition of an adjuvant did not enhance efficacy or residual activity of insecticides. Significantly fewer injury sites were recorded on apples treated with dinotefuran and fenpropathrin compared with the untreated apples for all residue ages. Overwintered Halyomorpha halys populations are easier to kill with insecticide applications than the first and second generation which are present in the field during the mid- to late-season.

    Residual activity of nearly all insecticides decreased significantly three days after application and adjuvants generally did not increase residual activity. These factors should be considered in developing season-long programs for management of this invasive species in tree fruit. In moths, sexual behavior combines female sex pheromone production and calling behavior.

    The normal functioning of these periodic events requires an intact nervous system. Neurotoxic insecticide residues in the agroecosystem could impact the normal functioning of pheromone communication through alteration of the nervous system.

    In this study we assess whether sublethal concentrations of the neonicotinoid insecticide thiacloprid, that competitively modulates nicotinic acetylcholine receptors at the dendrite, affect pheromone production and calling behavior in adults of three economically important tortricid moth pests; Cydia pomonella L.

    Thiacloprid significantly reduced the amount of calling in C. In the other two species the effect was similar but started at higher LCs, and the effect was relatively small in L. Pheromone production was altered only in C. Since sex pheromones and neonicotinoids are used together in the management of these three species, our results could have implications regarding the interaction between these two pest control methods.

    Quantifying behavioural interactions between humans and mosquitoes: Evaluating the protective efficacy of insecticidal nets against malaria transmission in rural Tanzania. Behavioural adaptation by mosquitoes to increasing ITN coverage could allow vector mosquitoes to bite outside of peak sleeping hours and undermine efficacy of this key malaria prevention measure. Methods High coverage with largely untreated nets has been achieved in the Kilombero Valley, southern Tanzania through social marketing programmes.

    Direct surveys of nightly biting activity by An. A novel analytical model was applied to estimate the effective protection provided by an ITN, based on published experimental hut trials combined with questionnaire surveys of human sleeping behaviour and recorded mosquito biting patterns. Conclusion As ITN coverage increases, behavioural adaptation by mosquitoes remains a future possibility.

    The approach described allows comparison of mosquito biting patterns and ITN efficacy at multiple study sites and times. Initial results indicate ITNs remain highly effective and should remain a top-priority intervention. Combined with recently developed transmission models, this approach allows rapid, informative and cost-effective preliminary comparison of diverse control strategies in terms of protection against exposure before more costly and intensive clinical trials.

    Efficacy of topical mosquito repellent picaridin plus long-lasting insecticidal nets versus long-lasting insecticidal nets alone for control of malaria: A cluster randomised controlled trial. Background Although effective topical repellents provide personal protection against malaria, whether mass use of topical repellents in addition to long-lasting insecticidal nets can contribute to a further decline of malaria is not known, particularly in areas where outdoor transmission occurs.

    The twospotted spider mite, Tetranychus urticae Koch Acari: Tetranychidae , is an important pest of tomatoes in North Carolina. Resident populations of the predatory mite Phytoseiulus persimilis have recently been detected on field-grown tomatoes in central North Carolina, and potentially can be a useful biological control agent against T.

    Dimethoate strongly impacted P. The pyrethroids lambda-cyhalothrin, bifenthrin, and fenpropathrin were associated with repellency and reproductive effects at high concentrations.

    Bifenthrin additionally caused increased mortality at high concentrations. Chlorantraniliprole, dinotefuran, and permethrin did not significantly affect mortality or reproduction. Imidacloprid significantly reduced fecundity and egg viability, but was not lethal to adult P. There were no negative effects associated with fungicide exposure with the exception of mancozeb, which impacted fecundity.

    Field trials were conducted to explore the in vivo impacts of screened insecticides on P. Field trials supported the incompatibility of dimethoate with P. Published by Oxford University Press on behalf. In the course of our search for natural bioactive chemicals and investigations on their insecticidal activities from some medicinal plants growing in China, the essential oil derived from the twigs of Zanthoxylum armatum Rutaceae was found to possess strong insecticidal activities against two stored- product insects, Lasioderma serricorne and Tribolium castaneum.

    From the essential oil, five compounds were isolated and identified as E -anethole, 1,8-cineole, 2-tridecanone, limonene and piperitone. The results of insecticidal bioassays showed that the essential oil of Z. Among the active compounds, piperitone performed the strongest fumigant toxicity against L.

    Extraction of allyl isothiocyanate from horseradish Armoracia rusticana and its fumigant insecticidal activity on four stored- product pests of paddy. Allyl isothiocyanate AITC , a major component of ITCs with high volatility, was therefore extracted using different methods and tested as a fumigant against four major pest species of stored products , maize weevil Sitophilus zeamais Motsch.

    Whereas there was no significant difference between hydrodistillation and supercritical carbon dioxide fluid extraction in extraction rate for AITC from A. AITC fumigation showed strong toxicity to the four species of stored- product pests.

    The results suggest good insecticidal efficacy of AITC against the four stored- product pests, with non-gaseous residuals on stored products.

    AITC obtained from A. Copyright Society of Chemical Industry. Protection of green ash trees Fraxinus pennsylvanica Marshall from the emerald ash borer EAB , Agrilus planipennis Fairmaire, by soil applications of neonicotinoids imidacloprid, clothianidin, and dinotefuran was tested at five locations between and Application rate and spring versus fall application dates were evaluated in tests with neighborhood street trees and in one plantation of 65 ash trees.

    Insecticide treatments of ash trees at all five sites were initiated as the leading edge of the EAB invasion began to kill the first ash trees at each location. Trees were treated and evaluated at each site for 4 to 7 yr. Spring applications of imidacloprid were more efficacious than fall applications. Application rates of 0. The number of years between the first observation of canopy loss due to EAB and death of most of the control trees varied from three to seven years among test sites, depending on how many non-treated ash trees were nearby.

    Full Text Available Due to the rapid extension of pyrethroid resistance in malaria vectors worldwide, manufacturers are developing new vector control tools including insecticide mixtures containing at least two active ingredients with different mode of action as part of insecticide resistance management.

    Moreover, the present study showed evidence for a benefit of incorporating a synergist, PBO, with a pyrethroid insecticide into mosquito netting.

    These results need to be further validated in a large-scale field trial to assess the durability and acceptability of this new tool for malaria vector control. Neonicotinoid seed treatments are one of several effective control options used in corn, Zea mays L.

    An analysis was performed on 91 insecticide seed treatment trials from Arkansas, Louisiana, Mississippi, and Tennessee to determine the value of neonicotinoids in corn production systems. The analysis compared neonicotinoid insecticide treated seed plus a fungicide to seed only with the same fungicide. When analyzed by state, corn yields were significantly higher when neonicotinoid seed treatments were used compared to fungicide only treated seed in Louisiana and Mississippi.

    Economic returns for neonicotinoid seed treated corn were significantly greater than fungicide-only-treated corn seed in 8 out of 14 yr. When analyzed by state, economic returns for neonicotinoid seed treatments were significantly greater than fungicide-only-treated seed in Louisiana. In some areas, dependent on year, neonicotinoid seed treatments provide significant yield and economic benefits in Mid-South corn.

    For permissions, please e-mail: Data on aquatic ecotoxicity of CAP can mainly be found in registration and regulatory evaluation reports. Moreover, the toxicity of its transformation products and especially effects upon chronic exposure remain completely unknown.

    Hence, our aim was to investigate the acute and chronic toxicity of CAP and its transformation products to the daphnid Daphnia magna. The results showed that CAP is extremely toxic to D.

    No effects on daphnid reproduction were observed, but the impact on daphnid survival also affected population growth rate, with an EC50 of 3. In contrast, no negative effects of the two main degradation products were observed. The present study demonstrated a high sensitivity of nontarget microcrustaceans to CAP. However, the actual risk of CAP in water diminishes with its spontaneous or light-induced degradation into two transformation products , showing no toxicity to the daphnids in the present study.

    Three repellent products , OFF! Mosquito Lamp, Insecticandel, and Rescue DecoShield, were comparatively evaluated against Aedes aegypti in m 2 enclosed areas with a m 3 air volume. The results showed that the OFF! Mosquito Lamp with metofluthrin had a greater effect than the Insecticandel with transfluthrin, which had greater effect than the DecoShield with lemongrass oil and several other plant oils against Ae.

    An outdoor semi-field evaluation was conducted to determine the effect by distance of the product. Mosquitoes were stationed in cages at 3, 6, 9, 12, and 15 m away from the treatment in a downwind linear array and exposed for 10 min.

    They were recorded for knockdown after treatment and at 24 h for mortality. Full Text Available After its first introduction in the 's the Asian tiger mosquito, Aedes albopictus Skuse, has spread throughout Southern Europe. It is therefore crucial to develop measures to reduce the risks of disease transmission by controlling the vector populations. The aim of the study was to compare the efficacy of two application techniques mist vs.

    Microsin based on the pyrethroid type II Cypermetrin in controlling adult tiger mosquito populations in highly populated areas. To test the effect of the two treatments pre- and post-treatment human landing rate counts were conducted for two years.

    However, seven and 14 days after the application the stretcher sprayer showed larger population reductions than the mist sprayer. No effect of insecticide type after one day and 14 days was found, while Etox caused slightly higher population reduction than Microsin after seven days. Emergency measures to locally reduce the vector populations should adopt adulticide treatments using stretcher sprayers. However, more research is still needed to evaluate the potential negative effects of adulticide applications on non-target organisms.

    Novel indoor residual spraying IRS and long-lasting insecticidal net LLIN products aimed at improving the control of pyrethroid-resistant malaria vectors have to be evaluated in Phase II semi-field experimental studies against highly pyrethroid-resistant mosquitoes. To better understand their performance it is necessary to fully characterize the species composition, resistance status and resistance mechanisms of the vector populations in the experimental hut sites.

    CYP6P3, a cytochrome P validated as an efficient metabolizer of pyrethroids, was over-expressed. Characterizing pyrethroid resistance at Phase II field sites is crucial to the accurate interpretation of the performance of novel vector control products. Fungal insecticides developed from filamentous pathogens of insects are notorious for their slow killing action through cuticle penetration, depressing commercial interest and practical application.

    Genetic engineering may accelerate their killing action but cause ecological risk. Here we show that a Beauveria bassiana formulation, HV8 BbHV8 , engineered for fast per os killing of caterpillars by an insect midgut-acting toxin Vip3Aa1 overexpressed in conidia has both high field efficacy and safety in full-season protection of cabbage from the damage of an insect pest complex dominated by Pieris rapae larvae, followed by Plutella xylostella larvae and aphids.

    Both BbHV8 and WT sprays exerted no adverse effect on a nontarget spider community during the trials, and the sprays did not influence saprophytic fungi in soil samples taken from the field plots during 4 months after the last spray.

    Strikingly, BbHV8 and the WT showed low fitness when they were released into the environment because both were decreasingly recovered from the field lacking native B. Our results highlight for the first time that a rationally engineered fungal insecticide can compete with a chemical counterpart to combat insect pests at an affordable cost and with low ecological risk.

    Insecticide resistance and, efficacy of space spraying and larviciding in the control of dengue vectors Aedes aegypti and Aedes albopictus in Sri Lanka. Unprecedented incidence of dengue has been recorded in Sri Lanka in recent times. A study was carried out to understand insecticide cross-resistance spectra and mechanisms of insecticide resistance of both these vectors from six administrative districts, i. Efficacy of the recommended dosages of frequently used insecticides in space spraying and larviciding in dengue vector control programmes was also tested.

    Insecticide bioassay results revealed that, in general, both mosquito species were highly resistant to DDT but susceptible to propoxur and malathion except Jaffna Ae.

    Moderate resistance to malathion shown by Jaffna Ae. High levels of acetylcholinesterase AChE insensitivity in the absence of malathion and propoxur resistance may be due to non-synaptic forms of AChE proteins. Moderate pyrethroid resistance in the absence of high monooxygenase levels indicated the possible involvement of 'kdr' type resistance mechanism in Sri Lankan dengue vectors. Multi-country assessment of residual bio- efficacy of insecticides used for indoor residual spraying in malaria control on different surface types: Indoor residual spraying IRS is the application of insecticide to the interior walls of household structures that often serve as resting sites for mosquito vectors of malaria.

    Human exposure to malaria vectors is reduced when IRS involves proper application of pre-determined concentrations of the active ingredient specific to the insecticide formulation of choice.

    The impact of IRS can be affected by the dosage of insecticide , spray coverage, vector behavior, vector susceptibility to insecticides , and the residual efficacy of the insecticide applied.

    Additionally, this study provides initial analysis on variation of mosquito mortality depending on the surface material of sprayed structures, country spray program, year of implementation, source of tested mosquitoes, and type of insecticide. The WHO cone bioassay tests were used to assess the mortality rate of mosquitoes exposed to insecticide -treated mud, wood, cement, and other commonly used housing materials.

    Residual efficacy in months was then evaluated with respect to WHO guidelines that provide suggested ranges of residual efficacy for insecticide formulations recommended for use in IRS.

    Where the data allowed, direct. Dissipation of chlorantraniliprole, chlorpyrifos-methyl and indoxacarb? Dissipations of three insecticides: The apples were sprayed with formulations for control of codling moth Cydia Pomonella L. Six experiments were conducted; each insecticide was applied individually on dessert apples.

    A validated gas chromatography-based method with simultaneous electron capture and n A rapid review of photoprotection strategies shows that SPP owe their photoprotective effect to the absence of other photoprotection methods having clearly established efficacy in healthy subjects; in addition, they exhibit real protective efficacy against the majority of harmful effects of solar radiation, provided they have been devised in keeping with the specifications clearly set out in the recommendations of the French Medicines Agency Afssaps.

    Such efficacy is dependent on their correct usage, recently reiterated by Afssaps in its recommendations to end-users concerning the good use of solar products: Solar filters have long been known to cause contact allergic dermatitis, irritative dermatitis and photosensitisation, and a particular risk has appeared with the use of octocrylene. However, debate has centred primarily on the risk of endocrine disturbance potentially induced by chemical filters, certain of which exhibit established transcutaneous penetration.

    The risk of mimicry of an effect of oestradiol has been raised on the basis of a series of studies, almost all of which were carried out by the same team, and which mainly concerned 4-methylbenzylidene-camphor 4-MBC following oral absorption in the rat. The risk of this type of effect with SPPs under normal conditions of use seems fairly remote according to the current state of knowledge; in any event, within the context of the "National Fertility Action Plan", Afssaps has been formally requested to analyse the risk.

    Multicentre studies of insecticide -treated durable wall lining in Africa and South-East Asia: Conclusions Just as long-lasting insecticidal nets overcame several of the technical and logistical constraints associated with conventionally treated nets and then went to scale, this study demonstrates the potential of DL to sustain user compliance and overcome the operational challenges associated with IRS.

    The Neem tree, Azadirachta indica, provides many useful compounds that are used as pesticides. However, the efficiency in field of products like neem oil can be committed because they have not been observed reproductive content of secondary metabolic like azadirachtin. Based on reverse-phase high-performance liquid chromatography HPLC a new method was developed to permit the rapid quantitative analysis of azadirachtin from seeds, extracts and oil of Neem.

    In the present study it was evaluated the azadirachtin quantitative variation among various Neem's extracts and seeds showing the importance of quality control for reproduction of the insecticide efficiency, using S. Chrysodeixis chalcites nucleopolyhedrovirus ChchNPV: Natural occurrence and efficacy as a biological insecticide on young banana plants in greenhouse and open-field conditions on the Canary Islands.

    Chrysodeixis chalcites, an important pest of banana crops on the Canary Islands, is usually controlled by chemical insecticides. The present study aimed to evaluate the efficacy of the most prevalent isolate of the Chrysodeixis chalcites nucleopolyhedrovirus ChchNPV, Baculoviridae as a biological insecticide. On Tenerife, infected larvae were present at 11 out of 17 plantations sampled.

    The insecticidal efficacy of ChchNPV-TF1 was similar to that of indoxacarb and a Bacillus thuringiensis Bt -based insecticide in one year of trials and similar to Bt in the following year of trails in greenhouse and field crops. However, larvae collected at different time intervals following virus treatments and reared in the laboratory experienced fold more mortality than insects from conventional insecticide treatments. This suggests that the acquisition of lethal dose occurred over an extended period up to 7 days compared to a brief peak in larvae on plants treated with conventional insecticides.

    These results should prove useful for the registration of a ChchNPV-based insecticide for integrated management of this pest in banana crops on the Canary Islands. Full Text Available Chrysodeixis chalcites, an important pest of banana crops on the Canary Islands, is usually controlled by chemical insecticides.

    The insecticidal efficacy of ChchNPV-TF1 was similar to that of indoxacarb and a Bacillus thuringiensis Bt-based insecticide in one year of trials and similar to Bt in the following year of trails in greenhouse and field crops. The spinosyn family of insecticides: The spinosyns are a large family of unprecedented compounds produced from fermentation of two species of Saccharopolyspora.

    Their core structure is a polyketide-derived tetracyclic macrolide appended with two saccharides. They show potent insecticidal activities against many commercially significant species that cause extensive damage to crops and other plants. They also show activity against important external parasites of livestock, companion animals and humans. Spinosad is a defined combination of the two principal fermentation factors, spinosyns A and D.

    Structure-activity relationships SARs have been extensively studied, leading to development of a semisynthetic second-generation derivative, spinetoram. The spinosyns have a unique mechanism of action MOA involving disruption of nicotinic acetylcholine receptors. When compared with many other insecticides , the spinosyns generally show greater selectivity toward target insects and lesser activity against many beneficial predators as well as mammals and other aquatic and avian animals.

    Their insecticidal spectrum, unique MOA and lower environmental effect make them useful new agents for modern integrated pest management programs. Background We investigated the efficacy , safety and cost of lime wash of household walls plus treatment of sand fly breeding places with bleach i.

    Methods This multi-country cluster randomized controlled trial had 24 clusters in each three sites with eight clusters per high, medium or low sand fly density stratum. Every cluster included 45—50 households. Five households from each cluster were randomly selected for entomological measurements including sand fly density and mortality at one, three, nine and twelve months post intervention.

    Household interviews were conducted for socioeconomic information and intervention acceptability assessment. Cost for each intervention was calculated. There was a control group without intervention. Adjusted intervention effect on sand fly density measured by incidence rate ratio ranged from 0.

    The crop-residue of fiber hemp cv. In the attempt to exploit the potential of the monoecious fiber hemp cv. Futura 75 in new fields besides textile, cosmetics and food industry, its crop-residue given by leaves and inflorescences was subjected to hydrodistillation to obtain the essential oils. These are niche products representing an ideal candidate for the development of natural insecticides for the control and management of mosquito vectors, houseflies and moth pests.

    The essential oil from inflorescences, showing E -caryophyllene The hemp essential oil moderately inhibited the acetylcholinesterase AChE , which is a target enzyme in pesticide science. Overall, these results shed light on the future application of fiber hemp crop-residue for the development of effective, eco-friendly and sustainable insecticides. Compared to control dogs, the spot-on formulation provided a repellent efficacy anti-feeding effect against mosquitoes of A short history of insecticides.

    Full Text Available This review contains a brief history of the use of insecticides. The peculiarities, main advantages, and disadvantages of some modern insecticides are described. The names of the discoverers of some of the most popular insecticide preparations on the world market, are listed.

    The tendencies to find new insecticides to control the quantity of phytophagous insects are discussed. Special attention is paid to the perspective of creating preparations based on nucleic acids, in particular DNA insecticides. It is worth noting, though, that in the near future, the quantity of produced insecticides will increase due to the challenges associated with food production for a rapidly growing population. It is concluded, that an agreeable interaction of scientists and manufacturers of insecticides should lead to the selection of the most optimal solutions for insect pest control, which would be safe, affordable, and effective at the same time.

    Cytochrome P associated with insecticide resistance catalyzes cuticular hydrocarbon production in Anopheles gambiae. The role of cuticle changes in insecticide resistance in the major malaria vector Anopheles gambiae was assessed.

    The rate of internalization of 14 C deltamethrin was significantly slower in a resistant strain than in a susceptible strain. However, the CHC profile and relative distribution were similar in resistant and susceptible insects.

    However, an intriguing difference was indicated; CYP4G17 occurs throughout the cell, as expected for a microsomal P, but CYP4G16 localizes to the periphery of the cell and lies on the cytoplasmic side of the cell membrane, a unique position for a P enzyme. The data support the hypothesis that the coevolution of multiple mechanisms, including cuticular barriers, has occurred in highly pyrethroid-resistant An gambiae.

    Repellent and insecticidal efficacy of a new combination of fipronil and permethrin against the main vector of canine leishmaniosis in Europe Phlebotomus perniciosus. Two successive laboratory experiments A and B were conducted to confirm the efficacy of a new fipronil and permethrin combination to repel and kill Phlebotomus perniciosus sandflies when applied once topically on dogs. Due to the difficulty to get enough available dogs and sandflies in one run, the study was divided into 2 experiments which had exactly the same design, and were conducted at the same place, with the same technicians.

    They compared dogs treated with a combination containing The treatments were applied topically once on Day 0. Sandfly exposures were performed on Days 1, 7, 14, 21 and 29 with 80 P. After 60 min, sandflies were assessed for vitality and engorgement status. Live sandflies were kept in an insectary and observed for mortality counts 4 h after the exposure period ended. Percent sandfly repellency on treated dogs was Insecticidal efficacy on treated dogs at 4 h post-exposure on Days 1, 7, 14, 21 and 29 was The repellent effect was accompanied by a significant insecticidal effect on sandflies.

    The results suggest that in endemic areas, the application of the fipronil-permethrin combination could be integrated into canine leishmaniosis prevention program. Self- efficacy , personal goals, social comparison and scientific productivity. Investigated the extent to which perceived self- efficacy , personal goals, and upward comparison predict the scientific productivity of academic staff members.

    Variations of insecticide residual bio- efficacy on different types of walls: Full Text Available Abstract Background Determination of residual activity of insecticides is essential information for the selection of appropriate indoor spraying operation. The present study was undertaken to evaluate the residual effect of three candidate insecticide formulations on different indoor surfaces in order to guide future interventions, in the context of Cameroon and other African countries.

    Bendiocarb WP, lambda-cyhalothrin CS and deltamethrin WG were sprayed on the indoor wall surfaces of local cement, wood and mud houses. Their effects on the knockdown and mortality of the Kisumu susceptible strain of Anopheles gambiae s.

    Knockdown and mortality rates were compared between different surfaces using Chi-square test. A Kaplan-Meir model was used to estimate the time of treatment failure. The survival estimates of bendiocarb WP treatments remaining effective in killing An. By contrast, those of deltamethrin WG were 26 weeks on concrete, 20 weeks on mud surfaces and 15 weeks on wood surfaces. Conclusion Current data suggest variable durations of spray cycles for each product , according to the type of wall surfaces, highlighting the importance of testing candidate products in local context before using them in large scale.

    Dissipation of chlorantraniliprole, chlorpyrifos-methyl and indoxacarb- insecticides used to control codling moth Cydia Pomonella L. The dissipations of insecticides were studied in pseudo-first-order kinetic models for which the coefficient of determination, R 2 , ranged between 0.

    Residues of studied insecticides were below their maximum residue limits of 0. The initial residue levels declined gradually and reached the level of 0.

    To obtain the insecticide residue levels below 0. Efficacy of an insecticide paint against insecticide - susceptible and resistant mosquitoes — b- Part 1: Mosquito vectors' resistance to insecticides is usually considered a major threat to the recent progresses in malaria control. However, studies measuring the impact of interventions and insecticide resistance reveal inconsistencies when using entomological versus epidemiological indices. First, evaluation tests that do not reflect the susceptibility of mosquitoes when they are infectious may underestimate insecticide efficacy.

    Moreover, interactions between insecticide resistance and vectorial capacity reveal nonintuitive outcomes of interventions. Therefore, considering ecological interactions between vector, parasite, and environment highlights that the impact of insecticide resistance on the malaria burden is not straightforward and we suggest that vector control still matters despite insecticide resistance. The impact of pyrethroid resistance on the efficacy of insecticide -treated bed nets against African anopheline mosquitoes: Full Text Available Pyrethroid insecticide -treated bed nets ITNs help contribute to reducing malaria deaths in Africa, but their efficacy is threatened by insecticide resistance in some malaria mosquito vectors.

    We therefore assessed the evidence that resistance is attenuating the effect of ITNs on entomological outcomes. We included laboratory and field studies of African malaria vectors that measured resistance at the time of the study and used World Health Organization-recommended impregnation regimens. Heterogeneity was explored visually and statistically.

    Included were 36 laboratory and 24 field studies, reported in 25 records. Studies tested and reported resistance inconsistently. Based on the meta-analytic results, the difference in mosquito mortality risk for ITNs compared to UTNs was lower in higher resistance categories.

    The efficacy of two bupivacaine hydrochloride injection products. GUIdelines on Ihe Qualoty. Enhancement of prodigiosin production by Serratia marcescens TKU and its insecticidal activity relative to food colorants. Prodigiosin PG has been reported to have various biological activities.

    With the aim of increasing Serratia marcescens TKU PG production on squid pen powder SPP -containing medium, the effects of phosphate and ferrous ion supplementation, autoclave treatment, and aeration were studied. Autoclave treatment showed positive results for PG productivity 2.

    The results indicated that the biopigment PG and the food colorant Y4 were potentially toxic to Drosophila larvae. A renaissance for botanical insecticides? Botanical insecticides continue to be a subject of keen interest among the international research community, reflected in the steady growth in scientific publications devoted to the subject.

    Until very recently though, the translation of that theory to practice, i. Strict regulatory regimes, long the bane of small pesticide producers, are beginning to relax some of the data requirements for 'low-risk' pesticide products , facilitating movement of more botanicals into the commercial arena. In this paper I discuss some of the jurisdictions where botanicals are increasingly finding favour, some of the newer botanical insecticides in the plant and animal health arsenal and some of the specific sectors where botanicals are most likely to compete effectively with other types of insecticidal product.

    Full Text Available Methamidophos, a representative organophosphate insecticide , is regulated because of its severe neurotoxicity, but it is suspected of contaminating agricultural foods in many countries due to illicit use. To reveal unknown effects of methamidophos on human health, we evaluated the developmental immunotoxicity of methamidophos using a respiratory syncytial virus RSV infection mouse model.

    Offsprings born to these dams were intranasally infected with RSV. The levels of interleukin-6 IL-6 and interferon-gamma in the bronchoalveolar lavage fluids after infection were significantly decreased in offspring mice exposed to methamidophos.

    Treatment with methamidophos did not affect the pulmonary viral titers but suppressed moderately the inflammation of lung tissues of RSV-infected offspring, histopathologically. Thus, exposure of the mother to methamidophos during pregnancy and nursing was suggested to cause an irregular immune response in the lung tissues in the offspring mice. Safety and efficacy of Labisia pumila containing products.

    Full Text Available Labisia pumila is a traditional medicinal plant which has wide therapeutic application including induction of labor and treatment of dysentery, dysmenorrhea and gonorrhea.

    We aimed for systematic review of the efficacy andsafety of L. The marketed mg capsule is composed of 40 mg L. Randomized, placebo controlled clinical trials reported the safe consumpotion of L. Information on the efficacy and safety of commercial products are not sufficiently available.

    Many unregistered products mostly capsule form are flooded in Malaysian market without having scientific information. Consumption of those products may seriously impair the health of the people. Evaluation of natural products as potential agrochemical agents with insecticide , fungicide and herbicide activities.

    Full Text Available The present work aims to identify new promising plant sources, which could be exploited for their agrochemical properties.

    A total of natural products from academic libraries were selected for screening against four fungal pathogens, five Comparative efficacy of house dust mite extermination products. The acaricidal efficacy of nine marketed products , i.

    Acardust, Acarosan foam and powder , Actelic 50, Artilin 3A spirit and water base , liquid nitrogen, Paragerm AK, and Tymasil, and of intensive vacuum-cleaning have been compared on four different test surfaces: Efficacy of gamma sterilization technique for biofertilizer carrier production. Th use of gamma irradiation as sterilization technique for biofertilizer carrier is very efficient and practical especially in large scale production. The results of this study on the efficacy of gamma sterilization justify research on the effects of established doses of gamma irradiation on the physico-chemical properties of the clay-charcoal mixture.

    Pitfall traps placed in South Carolina peanut, Arachis hypogaea L. Cyrtomenus ciliatus was rarely collected. Sehirus cinctus produced a nymphal cohort in peanut during May and June, probably because of abundant henbit seeds, Lamium amplexicaule L.

    Pangaeus bilineatus was the most abundant species collected and the only species associated with peanut kernel feeding injury. Few nymphs were collected until the R6 full seed growth stage. These fungi build a microbial system in and on plant roots which greatly enhance plant growth and vigor while at the same time the bacteria enhances the health and vibrancy of the root system. Bringing together 4 highly effective endo mycorrhizal species with 11 super aggressive bacteria strains this all-in-one inoculant is all you need when it comes to beneficials.

    Never before has such a powerful inoculant been so clean, easy to apply and affordable. Case of 2 of 2. Organic Stylet-Oil is a high purity base oil that kills powdery mildew on contact, controls plant feeding mite populations and is safe for field workers and the environment. AzaSol Next Generation Neem TM is a non-oil based water soluble powder bio-insecticide, from the botanical plant Neem, for the management of a wide spectrum of insect pests of trees, shrubs, turf, lawn, garden, vegetables, fruit trees, and a variety of crops.

    When used as directed, AzaSol will destroy targeted insect larvae when they, 1 , eat sprayed plants,or 2 , come in contact with the spray. Can be used as a spray, soil drench, trunk injection, or through chemigation.

    Mixed with water at the time of application, Azasol is significantly more effective than traditional Neem oils, emulsifiable concentrates, or pre-mixed azadirachtin liquids. To provide the best value on this item it's been designated Request Quote for the following reasons: Item Bulk or Weight. Create a Commercial Account to receive Commercial discounts for our entire selection of items for Agricultural, Commercial and Professional use.

    To receive a quote or for more information call Price Includes Shipping - General Information. Shipments of this item may require up to 3 weeks for delivery. Delivery times will vary based on: Only shipments for delivery Monday through Friday during normal business hours. Special delivery instructions, over size charges, multiple delivery attempts, lift gate charges, additional handling, restricted access, special equipment, residential or rural surcharges or any other exceptions are not included.

    Only single carrier and standard ground transportation within the 48 States is included. Interline shipments between carriers does not qualify and is not included. Alaska, Hawaii, International and Express or Expedited shipments of any kind are not included. Certain items may not be available to be shipped to all States. Price Includes Shipping is subject to change or removal without notice on any item. Fuel surcharges may apply at any time prior to order confirmation based prevailing fuel rates and fuel surcharges assessed to Natural Organic Warehouse, LLC.

    You will be notified of any fuel surcharges prior to confirming your order. Depending on the type, size and weight of items ordered, a shipment can require up to 5 business days to be picked up after order confirmation.

    Price Includes Shipping may not apply to Commercial and Wholesale prices for the same item. For more information call us at This product is suited for Agricultural, Commercial and Professional use. Commercial prices and discounts on this item are available for: Create a Commercial Account to see the Commercial Price, additional details for this item and our entire selection of items for Agricultural, Commercial and Professional use.

    For questions or more information call us at The National Organic Standards require that all certified organic producers, processors and handlers use materials that comply with the applicable parts of the Standards [7 CFR Part ]. The Standards include the National List, which dictates allowed and prohibited substances for use in organic crop and livestock production, as well as substances allowed in organic food processing and handling. Certified operators should always refer to the National List of Allowed and Prohibited Substances for further information regarding materials for use in organic food production or contact their certifier for additional assistance.

    For questions about specific products contact your certification agency to confirm product acceptability and approval prior to purchase and use. Natural Organic Warehouse, LLC does not make any representations or warranties whatsoever with regard to any product offered on this website as being fit for use or approved for use in any type of operation.


    For control, growth control, antifeedant and repelling Insects such as aphids, . Aza-Sol has been found to be compatible with the most commonly used When using Aza-Sol in combination with other products, use Aza-Sol. See insert for other precautionary statements and directions for use. Have the product container or label with you when calling a poison control . AzaSol controls insects in the larval, pupal, and nymphal stages by interfering with the compatibility by using the correct proportion of each the products application rate. Azadirachtin products are preferred by some due to their compatibility with a wide with other insecticides provides variable control with less risk of insects.

    5 Questions with Matt Andrus



    For control, growth control, antifeedant and repelling Insects such as aphids, . Aza-Sol has been found to be compatible with the most commonly used When using Aza-Sol in combination with other products, use Aza-Sol.


    See insert for other precautionary statements and directions for use. Have the product container or label with you when calling a poison control . AzaSol controls insects in the larval, pupal, and nymphal stages by interfering with the compatibility by using the correct proportion of each the products application rate.


    Azadirachtin products are preferred by some due to their compatibility with a wide with other insecticides provides variable control with less risk of insects.


    Discus Tablets may provide up to two years control on production ornamentals. harm to fish, birds, honeybees, predatory mites, and other beneficial insects. 12 hours and provides residual activity for 1 to 4 weeks following application. efficacy and compatibility with integrated pest management (IPM).


    the soil microbial life, identifying compatible products is an essential Note that there may be other formulations of a product under a similar brand name (e.g., many brands sell both ready to use and . Insect Control AzaSol. Insecticide/ Miticide/Fungicide. Organic. Azadirachtin. SoluNeem TABLE 4: Multi-Category.

    Add Comment