Why do I have to take antibiotics after I feel better?
Many patients are familiar with a prescription that uses antibiotics that seems to be forever. It may be very tempting to stop taking antibiotics before completing the course, especially when patients begin to feel better. However, medical experts strongly recommend that patients use antibiotics until the course is completed for many reasons. Patients should take this recommendation seriously, because the inability to maintain antibiotics can lead to resistance to drugs, which is a growing problem of public health.
Before explaining why you should take antibiotics, it helps to think about how antibiotics work. Antibiotics are prescribed to combat the organisms causing the disease that has attacked your body. There are a number of different types and classes of antibiotics, all of which have different effects on these bacteria. Penicillin is one of the most famous antibiotics because it revolutionized Western medicine by creating conditions such as gonorrhea treatment.
Whantibiotics EN first entered the market, was uWelcome to extremely enthusiasm, because they quickly and effectively treated a number of conditions. However, doctors began to notice that previously treatable conditions were no longer treatable through one antibiotic and that it could take several to be treated with a condition. This phenomenon is called "resistance to antibiotics" or "drug resistance" and has led to a wide demand for several antibiotics.
When you are taking antibiotics, it does not have to immediately kill all organisms in your body. Other doses will remove the rest of the bacteria, if you take antibiotics. If you stop taking antibiotics because you feel better, you have contributed directly to the development of bacteria in your body by going about your daily activities, passing bacteria that have developed resistance to antibiotics.
Although you do not care about spreading drug -resistant infections to the rest of the population, you may want to consider your own health. AntiBiotics kill a lot of good bacteria along with bad, so your body is very vulnerable to infection. If you just set out some bacteria causing infection, you can experience a serious relapse and because the bacteria have evolved with resistance to the original antibiotic, you may need to take another medicine. Since most doctors begin with easily accessible and cheap antibiotics, in the hope that they will be effective, the cost of treatment will also rise because broadly effective antibiotic drugs are also more expensive.
Thedoses of antibiotics are very closely calculated to ensure that the infection is from your system. By recommending the recommended dose at the same time or times every day, you will undergo bacteria for constant bombing of fatal drugs. After one or two doses, a large number of bacteria can be dead, causing you to feel much better, but the drug course is not over, because not all bacteria are gone. If you constantly take antibiotics, you eliminate individuals,who may have some natural resistance and ensure that they do not duplicate and spread.
One of the main causes of drug resistance is the inability to complete the prescribed antibiotic regimens. This is the main problem with many diseases, including tuberculosis and staf. In some cases, the physician may try up to four antibiotics before finding out that it works, and in immunocompromised patients such as very small children or older individuals, this drug -resistant infection will show as fatal. By deciding to decide to maintain antibiotics, you play a crucial role in global health.
The same applies to your pets! The main problem is also antibiotic resistance in the veterinary field, primarily due to prophylactic doses administered to livestock. However, pets can also add pets to the problem. Owners can claim that the treatment of their animals is too difficult time consuming and stops the regular regime of the drug as soon as the animal seems to feel better. As well asIn humans, this can lead to drug resistance and costly relapses of the original problem.