Cockroaches and Antibiotics Drug Resistance; Our Sewers and Toilets

Cockroach control

Many insecticides have been developed to control roaches, but some of them are either ineffective or only partially effective. Resistance to insecticides may arise as a consequence of their prolonged application to manage roaches and other pests. Accordingly, the Public Health Department should take action to avert the situation. To control roaches and other insects on a local level, communities should work in concert. There isn't a single household that can control the roaches on its own given the rate of urbanization and the connection of homes to a public sewer system.

Isolated and uncoordinated pest control is not only ineffective but also poses a health risk via various channels namely; firstly, there is resistance that insects have developed due to such use of pesticides. Secondly, the disease agents that are transmitted by the pests also develop resistance since they are exposed to antibiotics over and over, thirdly the pesticides may accumulate in the food chain due to their presence in the sewers and fourthly, there is the risk of water contamination due to the sewage effluents that carry pesticide residue and fifthly, the chemical milieu created may generate a cocktail effect thereby producing more deleterious progeny. The rate of pesticide use in society today is very high and pesticide residues and antibiotics in the sewers are not fully characterized. As such, it is plausible that apart from resistance, there may be an imbalance in the population distribution of microbes, this may arise due to the impacts of the chemical mixture on friendly microbes. This not only affects the disease distribution in human populations but also in livestock. It is important to mention that some species of friendly microbes may be driven to extinction. This unfolding scenario derives queries such as; what can individuals do to limit exposure to such an extremely invisible health paradox, as well as, the impacts of such microbial species loss on the overall health of man and livestock. Would it be necessary to develop biological agents that can control roaches and rodents without posing a serious threat to human health? How about the impacts of this problem on the incidence of non-communicable diseases such as cancer? Whereas roaches may be disease vectors that should be exterminated, studies have suggested that they are very resistant to extreme exposures and provide clues to science on nature's ability to be resilient even in very extreme conditions.  

Cockroaches spread disease and controlling them is important. They eat human and pet food and can leave an unpleasant odor. Studies have also reported that roaches ingest fresh human waste. They can passively carry pathogenic microbes on their body surfaces, especially in environments such as hospitals. Cockroaches are associated with allergic reactions in humans. These allergens are also associated with asthma. Some species of cockroaches can live up to a month without food, so just because you don't see cockroaches in your home doesn't mean they aren't there. About 20 to 48 percent of homes with no visible signs of cockroaches have detectable cockroach-derived allergens in the indoor suspended particles.

Cockroaches can be seen during the day, but they are active mainly at night. Socially, cockroaches are harmful and are a salient sign of poor hygiene and economic inequalities. They can cause embarrassment and can lead to rejection of food during mealtimes. As a result, there are many individual attempts to control cockroaches and rodents, but all efforts are futile if they are isolated and do not involve the wider community, where cockroaches thrive and re-emerge.

 

Cockroaches are found all over the world and live in a wide variety of environments, especially tropical and subtropical regions. They can withstand very low temperatures, so they can also live in the Arctic. They have a wide variety of habitats. Many live in leaf litter, frozen stems of vegetation, rotting wood, cavities in stumps, cavities under bark, under logs, and among debris.

Some live in arid regions and have developed mechanisms to survive without water sources. Others are aquatic, living near the surface of bodies of water and diving for food. Others live in forest canopies, where they can be one of the most important insects. Here they can hide during the day in crevices, among dead leaves, and in the nests of birds.

 Cockroaches are the most resilient insects. Some species can remain active for a month without food and survive on limited resources such as the glue on books and papers. Some can last 45 minutes without air, this can make some control agents even less effective since many cockroaches will hide when exposed to chemical control substances.

 

Economics of cockroaches

They are edible

Cockroaches are consumed all over the world despite being detested in Western culture. Even though they can be household pests and can spread viruses and bacteria, laboratory-bred cockroaches can be used to make wholesome food. At the same time, it is an insect that pet reptiles can use as food. This may provide a pathway for reducing carbon de-sequestration associated with global climate change.

 

Medicinal use

In China, cockroaches are raised in great numbers to make traditional medicines and cosmetics. In the nation, there is cockroach farming. Due to how resilient and simple to process the insects are, operating a farm involves relatively low startup and operating costs. Researchers from China and South Korea are looking into using cockroaches as a dietary supplement and a treatment for cancer, AIDS, and baldness.

 

Conservation of biodiversity

Cockroaches have a role to play in conservation and some studies have suggested that some species are in danger of extinction.

 

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