Development of insecticide resistance can result from various mechanisms: increased ability for insecticide detoxification, decreased penetration/transport, or modification of the insecticide’s target site. The target site mutation table provides a comprehensive list of established target site mutations associated with published cases of insecticide resistance. Also added is an up to date list of published references […]
Earlier in 2020 the IRAC Sucking Pest WG developed a set of IRM guidelines as a text version. This has now been complemented with a new graphics version. Both the Text Version and the Graphics Version and can be downloaded from the IRAC website.
A full list of the languages available are copied below. Mode of Action:English, Spanish, Portuguese, Mandarin Chinese, French, Italian, Korean, Arabic, Russian, Bahasa(Indonesian), Khmer , Japanese , Tagalog (Philippines), Hindi Insecticide Resistance Management:English, Spanish, Portuguese, Mandarin Chinese, Japanese, Hindi, French, Italian, Korean, Arabic, Russian, Bahasa (Indonesian), Russian, Tagalog (Philippines)
IRAC España ha emitido una nueva alerta sobre resistencias de Ceratitis capitata en cítricos. Desde hace varios años están descritos casos de resistencias de Ceratitis capitata a piretroides (MdA nº 3A), básicos en la estrategia de control de la mosca de la fruta en cítricos, tanto en trampas de captura masiva y/o técnicas de “atracción […]
Cases of Insecticide resistance associated with the cotton aphid (Aphis gossypii) have been reported since the mid-1960‘s. Resistance to organophosphate, carbamate, cyclodiene organochlorine and pyrethroid insecticides are considered as globally widespread. More recently there have been substantive reports of resistance to the nicotinic acetylcholine receptor competitive modulators (IRAC group 4). This group of chemistries has […]