What is the resistance to plasmid antibiotics?
Plasmide antibiotic resistance is a form of bacterial resistance to antibiotics mediated plasmids, small pieces of DNA that exist independently of cells. Bacteria can pass through plasmids, which facilitates the growth of resistance to antibiotics in a given colony of organisms. Fighting this form of resistance requires the development of new classes of drugs that are able to kill cells carrying plasmides with resistance to common antibiotic drugs.
plasmides operate by infecting bacterial cells and the kidnapping of their cellular processes to reproduce. They are basically parasitic and use a cell for survival because they cannot live alone, but are not an integral part of the cell DNA. Some plasmids carry genes for antibiotic resistance and pass it on to cells that infiltrate. With plasmide antibiotic resistance, the cell can obtain plasmids from the environment or other cells and also reproduces them when they are divided, thereby maintaining plasmids and antibiotic resistance. As bacteria begin with colonizovaThe human and animal populations, the presence of antibiotics push them to evolve and expose them to other bacteria bearing resistance plasmids and create resistance to plasmide antibiotics. The cell can carry more resistance genes and transmit them and create a situation where a patient can develop an infection that does not respond to several different classes of antibiotics.
existing as separate DNA, plasmids provide huge advantages of bacteria. They can spread bacterial colonies and growth in numbers, as parasitized bacteria are reproduced to form multiple plasmids. For these small pieces of DNA, the transmission of plasmide antibiotic resistance of genetic advantage, because it ensures that the bacteria that colonize will continue to reproduce and spread the plasmides in the bacterial population.
Treatment of patients with bacterial infections resistant to antibiotics can be demanding. Resistance to Plasmide AntibIotics is only one form and it is possible for bacteria to have several lines against antibiotics. Fully completing medication courses is important to reduce the risk of random resistance to antibiotics by killing the most sensitive cells and leaving those who have some resistance to behave and create more resistant bacteria. If the doctor suspects that the patient has a resistant infection, he may order a culture to determine which antibiotic would be best for treatment. In culture, the technician of the slab of bacteria on gels treated with various antibiotics will be found and finds on which gels bacteria grow to determine susceptibility.