tetraniliprol - Dec 18 2024 tetraniliprole CAS 1229654663 pokerqq77 information including chemical properties structure melting point boiling point density formula molecular weight uses Visit ChemicalBook To find more tetraniliprole1229654663 information like chemical propertiesStructuremelting pointboiling pointdensitymolecular formulamolecular weight physical propertiestoxicity informationcustoms codes You can also browse global suppliersvendorpricesPricemanufacturers of tetraniliprole1229654663 At lasttetraniliprole1229654663 safety risk Tetraniliprole C22H16ClF3N10O2 CID 56602311 structure chemical names physical and chemical properties classification patents literature biological tetraniliprole data sheet from the Compendium of Pesticide Common Names including IUPAC systematic name CAS systematic name molecular formula structural formula and CAS Registry Number Federal Register Tetraniliprole Pesticide Tolerances Toxicity residue and risk assessment of tetraniliprole in Tetraniliprole risk assessment Unveiling a hidden threat for Effectiveness of New Insecticide Tetraniliprole Vayego INTRODUCTION 3 1 INTRODUCTION This publication provides a summary of the data reviewed and an outline of the regulatory considerations for the proposed registration of Vayego 200 SC Insecticide and approval of the new active constituent Jun 27 2024 Pesticide properties for Tetraniliprole including approvals environmental fate ecotoxicity and human health issues Final Registration Decision for the New Active Ingredient Mar 9 2021 3 I BACKGROUND The US Environmental Protection Agency referred hereafter as EPA or the Agency is unconditionally registering under 3c5 of the Federal Insecticide Fungicide and Rodenticide Tetraniliprole University of Hertfordshire Apr 15 2021 Maize Zea mays is considered one of the most important grain crops worldwide Alam et al 2020The black cutworm Agrotis ipsilon Lepidoptera Noctuidae is one of the main underground pests throughout the maize seedling stage that poses a great threat to maize production Ding et al 2018 Bayer CropScience LP Page 11 of 167 2 BACKGROUND Tetraniliprole is an anthranilic diamide insecticide with efficacy against lepidoptera coleoptera diptera fruit flies and leafminers and some sucking insects thrips aphids Apr 15 2021 Maize seed treatment with chemicals to control underground pests is a common agricultural practice but inappropriate use of insecticides poses a considerable threat to plant development and soil nontarget organisms In this study the availability of tetraniliprole seed dressing to control the blac tetraniliprole 1229654663 ChemicalBook tetraniliprole 1229654663 ChemicalBook Oct 8 2023 Therefore a concentration of 350 mlha of the insecticide Tetraniliprol is effective and can be recommended for the control of tomato leaf miner in fields Discussion In a study of the gangsaran effects of eight insecticides chloropyrifosmethyl lambdacy halothrin imidaclopride abamectin chlorfenapyr emamectinbenzoate and chlorantraniliprole on tetraniliprole data sheet Effectiveness of New Insecticide Tetraniliprole Vayego The results of this study showed that on the 14 days after spraying Tetraniliprol 350 ml ha with 7302 percent efficiency in Markazi province with 8274 percent efficiency in Kermanshah province and with 8217 percent 1 Depatment of Entomology Research Iranian Research Institute of Plant Protection Agricultural Research Education Oct 26 2020 For Release October 26 2020 The US Environmental Protection Agency EPA is proposing to register pesticide products containing the new active ingredient tetraniliprole Public Release Summary Australian Pesticides and Veterinary Tetraniliprole C22H16ClF3N10O2 CID 56602311 PubChem Tetraniliprole new diamide insecticide molecule featuring AgroPagesBayers new patented Tetraniliprole insecticide Environmental Chemistry Method for Tetraniliprole in Water Tel 855 2326639 Main Office Mailing Address 1631 NE Broadway Street 821 Portland OR 97232 USA Donation Mailing Address PO Box 97387 Washington DC Risk assessment fitness cost crossresistance and Jan 1 2017 Field experiment was designed to evaluate the efficacy of a new diamide insecticide against the defoliators and pod bore of soybean under field condition during two years at the Main Agricultural Dec 10 2020 Bayer Crop Science China held a national launch meeting for its new generation patented insecticide Tetraniliprole under its trade name Vayego on December 6 2020 in Guangzhou which was accompanied by a technical workshop Toxicity residue and risk assessment of tetraniliprole in Dec 16 2022 This regulation establishes tolerances for residues of tetraniliprole in or on the grain cereal group 15 except rice and grain cereal forage fodder and straw group 16 except field corn popcorn and sweet corn Bayer CropScience requested these tolerances under the Federal Food Drug The rice stem borer RSB Chilo suppressalis a notorious rice pest in China has evolved a high resistance level to commonly used insecticides Tetraniliprole a new anthranilic diamide insecticide effectively controls multiple pests including RSB However the potential resistance risk of RSB t EPA Proposes Registration of Tetraniliprole a New Tetraniliprole Xerces Society Sep 1 2024 Insecticide use is indispensable for global agricultural productivity but carries inherent risks to human health environmental safety and sustainable pest management perpetuating the phenomenon of the insecticide treadmill Guedes et al 2006 xpidio Lykogianni et al 2021
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