Use of Antibiotics

Antibiotics are critical tools in human medicine. Medical authorities are warning that these life-saving drugs are losing their effectiveness, and there are few replacement drugs in the pipeline.
The development of antibiotic resistance is hastened by the use of low doses of antibiotics at industrial farms. For decades, the drugs have been used routinely not to treat sick animals, but for disease prevention and growth promotion, a practice known as nontherapeutic use.Antibiotic-resistant (AR) bacteria can spread from farm animals to humans via food, via animal-to-human transfer on farms and in rural areas, and through contaminated waste entering the environment.The Centers for Disease Control and Prevention (CDC) estimates that at least 2 million Americans each year experience AR infections, leading to at least 23,000 deaths.8 Approximately 22 percent of those infections originate from foodborne pathogens. Several DNA analyses of AR bacteria point to livestock as the source. Most of the major Ooganization all agree that nontherapeutic uses of antibiotics in livestock pose a threat to human health.

Living near livestock may raise your stick of picking up s-called “superbug”, methicillin-resistant Staphylococcus aureus (MRSA) which is found recently with increasing frequency in community dwelling individuals with o known contact with livestock. The researchers concluded that regional density of livestock is a key risk factor for nasal carriage of livestock-associated MRSA both for people who had direct contact with livestock and those who didn't. They noted nasal carriage of MRSA doesn't mean people are infected with the bacteria, but it is linked to greater risk of infection later on. The researchers also considered whether or not people had direct contact with animals and where they lived, and analyzed the geographic spacing of livestock-associated MRSA compared to other types of MRSA. [livestock-associated MRSA] increases between 24 percent and 77 percent, depending on the animal, MRSA, a hard-to-treat type of staph bacteria, has become resistant to common antibiotics. In the past, MRSA was primarily associated with hospitals and other health care facilities, but now most MRSA infections are acquired in the community outside of a health care setting.

We need to wash our hands, because soap does the body good because washing hands will decrease the gastro-insteinal and respiratory infections. Norma soaps will be enough to wash our but we still need education of hand washing, the hand sanitizer after washing hands could be also useful. Antibiotic wipes and soaps have triclosan, whether the concentration of triclosan is low or high it stills can kill only the week bacteria and it doesn’t have effect on the number of bacteria. Some studies show that the antimicrobial soaps and wipes are not effective as normal soap.

Manufacturers of healthcare furnishings have been developing new products with antimicrobial properties to protect materials from degradation, for aesthetic reasons, and to reduce microbial burdens on product surfaces, anticipating that this may help reduce the risk of healthcare-associated infections (HAIs). Healthcare-associated infections have always been a formidable challenge in hospitals and are major causes of morbidity and mortality. Beyond their potential impact on HAIs, life cycle safety concerns associated with the manufacture, use, and disposal of antimicrobials need careful consideration. Releases into the indoor and outdoor environments can result in unwanted exposures to humans, wildlife, and ecosystems with adverse and sometimes unanticipated consequences. The growing use of products containing antimicrobials can also further increase the risk of antibiotic resistance, engender a false sense of security with reduced attention to cleaning and disinfection, and increase costs of products and materials.