Public health experts warn against the use of large quantities of antibiotic in farm animals, especially over long periods of time at sub-therapeutic doses (Lessing, 2010). This is because it allows the animals to develop a resistance to antibiotics. The resistance can be created by the evolution and dispersion of antibiotic-resistant bacteria. As a result, the misuse of antibiotics drives this increase of antibiotic-resistant bacteria. The antibiotics are dispensed at low levels because they can rapidly increase animal growth rates by increasing nutrient absorption and preventing infections in the confined conditions of the animals (Anomaly, 2014). Since these are administered for sub-therapeutic purposes, it leaves plenty of room for resistance to develop. The animals are put under cruel conditions to fit in the organized productive environment of a factory farm. This produces high-density conditions because it saves space and gets more efficient output (Anomaly, 2014). These are called concentrated animal feeding operations (CAFOs), and they are known to get a lack of attention by public health officials (Schmidt, 2009). Therefore, cruel forms are taken to prevent negative factors amongst the animals, such as de-beaking to prevent chickens pecking each other out of frustration or removing pigtails to prevent them from chewing off tails. These practices are all common in factory farming, and the antibiotics are used to help alleviate the chronic poor health of the animals in these conditions. Antibiotics in the livestock feed can also negatively affect the overall health of animals that ingest them, as it is unnatural to eat. For example, cows are found to have increased liver abscesses because the diet they consume is not the natural grass diet they need (Richards & Richards, 2012). Not only are antibiotics producing resistant bacterial
Public health experts warn against the use of large quantities of antibiotic in farm animals, especially over long periods of time at sub-therapeutic doses (Lessing, 2010). This is because it allows the animals to develop a resistance to antibiotics. The resistance can be created by the evolution and dispersion of antibiotic-resistant bacteria. As a result, the misuse of antibiotics drives this increase of antibiotic-resistant bacteria. The antibiotics are dispensed at low levels because they can rapidly increase animal growth rates by increasing nutrient absorption and preventing infections in the confined conditions of the animals (Anomaly, 2014). Since these are administered for sub-therapeutic purposes, it leaves plenty of room for resistance to develop. The animals are put under cruel conditions to fit in the organized productive environment of a factory farm. This produces high-density conditions because it saves space and gets more efficient output (Anomaly, 2014). These are called concentrated animal feeding operations (CAFOs), and they are known to get a lack of attention by public health officials (Schmidt, 2009). Therefore, cruel forms are taken to prevent negative factors amongst the animals, such as de-beaking to prevent chickens pecking each other out of frustration or removing pigtails to prevent them from chewing off tails. These practices are all common in factory farming, and the antibiotics are used to help alleviate the chronic poor health of the animals in these conditions. Antibiotics in the livestock feed can also negatively affect the overall health of animals that ingest them, as it is unnatural to eat. For example, cows are found to have increased liver abscesses because the diet they consume is not the natural grass diet they need (Richards & Richards, 2012). Not only are antibiotics producing resistant bacterial