Why Dieses-Causing Bacteria are Resistant to Antibiotics and what can the Medical Profession do about this. What is resistance? Resistance is the ability to not be affected or damaged by a certain thing. It is known for the bacterial resistance to antibiotics in the medical fields. What are bacteria? Bacteria are singled cell micro-organisms. Many of them are not harmful, some are beneficial to us but there are also dieses-causing bacteria. They are found all over the human body, inside and out
why disease-causing bacteria are resistant to antibiotics and what can the medical profession in South Africa do about it? Bacteria are single-celled minute organisms found inside and outside our bodies. Most bacteria is very useful and good for us such as the bacteria found in each person’s digestive tract. This bacteria is important as it breaks down food so that nutrients can be absorbed and it also helps to fight the bad bacteria that causes infection and disease. Bacteria that is not good for
Since the 1940’s antibiotics have greatly decreased death and illness due to infectious diseases. These drugs have had a significant impact on patient’s health when used correctly and appropriately. (CDC, 2013) However sometimes they are overused. When these antibiotics are overused, or used for diseases in which they are not necessary the infectious organism could become antibiotic resistant. Antibiotic resistance is defined as, the effect of microbes transforming in ways that
use of antibiotics dates from the 1920s and, for the first time in history, the human race has a chance to win in the war against bacterial disease. Unfortunately, it is unknown if humans will ever win the battle against disease because of antibiotic resistant strains. Antibiotics are overprescribed and with the overuse, bacteria are becoming resistant at a rapid rate. Without antibiotics bacteria would still mutate but the mutations would not help the bacteria. With antibiotics the bacteria do have
Antibiotic Resistant Bacteria “Antibiotics" is the name given to the group of chemicals, particularly in medicine, that stop or inhibit the growth of, microorganisms such as fungi, bacteria, and parasites, or that kill the microorganism. They are, however, completely ineffective against viruses. There are two kinds of antibiotics, namely; bactericides, which interfere with the cell wall or contents of the bacteria, thereby killing it, and bacteriostatics, which prevent the bacteria from reproducing
if it weren’t for a shortage? Antibiotic shortages are always on the rise, and will continue on for centuries. For the past 20th century, antibiotics have been considered an incredible revelation, and as the years go on, there has been an unbelievable increase in bacterial infections, viruses, diseases today have cause a shortage in antibiotics. The old antibiotics that no longer take an effect on today 's infections, are seeking to be replaced with a working antibiotic. With an increase of bacterial
The resistance of bacteria to antibiotics is becoming a grave and global medical problem. This is because whenever antibiotics are taken the development of resistance is a given consequence; bacteria adapt to changing environmental conditions through the continuous process of evolution. The main issue with antibiotics is not whether but when antibiotic resistance will occur. This resistance is caused by the lack of new antibiotics available and continuing over-prescription of antibiotics. Any bacteria
the number of prescriptions for antibiotics has increases. Even though, antibiotics are helpful, an excess amount of antibiotics can be dangerous. Quite often antibiotics are wrongly prescribed to cure viruses when they are meant to target bacteria. Antibiotics are a type of medicine that is prone to kill microorganisms, or bacteria. By examining the PBS documentary Hunting the Nightmare Bacteria and the article “U.S. government taps GlaxoSmithKline for New Antibiotics” by Ben Hirschler as well as a
In a more recent Danish study, the excess risk of release or invasive illness due to quinolone resistance in S. Typhimurium was determined. Of 1323 patients corrupt with S. Typhimurium, 46 (3.5%) were hospitalized ask of aggressive indisposition within 90 days after contagion, and 16 (1.2%) died within 90 days after infection. After adjustment for age, persuasion, and comorbidity, contagion with quinolone-resistant S. Typhimurium was accompanying with a symbol 3.15-limit higher risk of invasive badness
The first antibiotic, penicillin, was introduced in the 1940s and since then antibiotics have become the most widely used medicine against bacterial infections in Western Europe and the Americas (Emanuele 363; Gill and Hyman 2). When a doctor is determining which antibiotic to use, Gerri Kaufman emphasizes several factors that should be considered: is the bacteria Gram-positive or Gram-negative, does it need water or is it anaerobic, can the antibiotic be used for more than one bacteria, and does