Organophosphate pesticides attack the nervous system of insects and animals leading to death. These are dangerous.
R. Derache has written: 'Organophosphorus pesticides' -- subject(s): Organophosphate Insecticides, Organophosphorus compounds, Pesticides, Toxicology
Organophosphates are used in pesticides, herbicides, and nerve agents that have shown to cause cancer and other diseases in humans. They have been shown to harm beneficial insects such as bees.
Not strong acids or alkali normally - they work in more subtle ways. Many are organophosphates or similar - read the organophosphate article on wiki for more...
Anything with pyrethrins or pyrethrum as an active will give you a hairball (so to speak)
Non-persistent and persistent pesticides are equally dangerous, but non-persistent has immediate impacts whereas persistent pesticides wield long-term effects.Specifically, non-persistent pesticides include the super-powerful organophosphate malathion. They may impact people and wildlife for hours to weeks until they degenerate. In contrast, chlorinated hydrocarbons represent prime examples of persistent pesticides which survive for months to decades in the environment.It is the difference between immediate, sudden death or disability and long-term, protracted fatalities.
A pest-killer that contains organic compounds, includes phosphorus and operates neurotoxically describes an organophosphate pesticide. The pesticides in question functioned in nerve gases. They tend to be used nowadays as fire retardants and in insecticides, such as in mosquito abatement schedules in public parks, even though they disrupt messages from the brain to nerve endings and link to behavioral and emotional changes, cancer, cardiovascular and respiratory problems, permanent brain damage and premature births.
No. Organophosphate pesticides kill insects not humans because humans can break them down. But other organophosphate poisons called nerve gases kill both insects and humans. This same effect is true for many other poisons, some organisms can break them down while others can't. Bacteria and some plants are killed by antibiotics that damage cell walls. But animals and fungi are unaffected by antibiotics as their cells lack cell walls.
Children have been found to be especially susceptible to the harmful effects of pesticides. A number of research studies have found higher instances of brain cancer, leukemia and birth defects in children with early exposure to pesticides, according to the Natural Resources Defense Council.Peer-reviewed studies now suggest neurotoxic effects on developing animals from organophosphate pesticides at legally-tolerable levels, including fewer nerve cells, lower birth weights, and lower cognitive scores.Source(s):http://en.wikipedia.org/wiki/Pesticide^ Noyes, K Banish Pesticides from your garden. charityguide.org. Retrieved on September 15, 2007.^ Natural Resources Defense Council (October 1998), Health hazards of pesticides.
A person who studies pesticides is called a pesticide researcher or a pesticide scientist. They work to investigate the effects of pesticides on the environment, human health, and wildlife, as well as to develop new and safer pesticide products.
Common pesticides used to kill insect pests include organophosphates, carbamates, pyrethroids, and neonicotinoids. These pesticides work by disrupting the nervous system of insects, leading to paralysis and eventual death. Organic options like neem oil and insecticidal soaps are also used as alternatives to synthetic pesticides.
pesticides kill insects. Pesticides contain carcinogenic ingredients. Pesticides have warning lables that say not to inhale them or make contact with their skin. You do the math.
Pesticides can be effective in controlling pests when used correctly and following all safety guidelines. However, overuse or misuse of pesticides can lead to environmental damage and harm to non-target organisms. It is important to consider alternative methods of pest control and use pesticides as a last resort.