The most crucial pesticide class for controlling bed bugs includes a class of compounds referred to as pyrethroids. The initial chemicals came from an African chrysanthemum plant variety, and showed very little toxicity to human beings. However, insects became resistant to the chemicals, therefore synthetic pyrethroids were created. Resistance to these now is becoming an issue again. Pest control businesses continually create new pyrethroid compounds with the hopes of better fighting insect infestations.
One alternative to ineffective insecticides includes a bed bug spray referred to as chlorfenapyr, a compound named a pyrrole. It’s limited to treating spots, cracks, and crevices. Bed treatment is especially forbidden.
Neonicotinoids include a promising compound group that comes from nicotine, the extremely insecticidal tobacco ingredient. These pests with resistance to additional kinds of bed bug pesticides don’t display resistance to this chemical class. However, they’re implicated in the collapse of a honey bee colony.
A multitude of bed bug sprays include acetylcholinesterase inhibitors. These types of compounds will inhibit the transmission of signals within the nervous systems of humans and insects. They possess the possibility of being very toxic to humans and aren’t approved for usage inside dwellings.
An intriguing bed bug pesticide group includes insect growth regulators like hydropene. Those chemicals will keep the young insects from growing to adults, and ultimately they die. Usually these compounds must be used in conjunction with additional insecticides.
Even if a pesticide treatment is a success, it might have to be repeated a couple of weeks later, as eggs are unaffected by pesticides. If the conditions are especially dire, fumigation of the entire dwelling using sulfuryl fluoride or methyl bromide might be needed. These types of treatments only can be conducted by licensed professionals.