Identify 3 ways that we as patients contribute to the problem of antibiotic resistant bacteria?
Antibiotics are certain substances which have the capability to check the growth of bacteria and fungi and subsequently the microorganisms are killed. However, in modern days due to the lack of knowledge and supervision or some other reasons, the bacteria are becoming antibiotic-resistant i.e they can no longer be killed with the antibiotics which earlier were deadly to them.
Numerous causes contribute to the problem of antibiotic resistance, among which the 3 ways patients contribute to this problem are written below--
1) Self-medication- without consulting a physician, sometimes many patients buy over the counter antibiotics without knowing the suitable dosage. This over or under dosage of antibiotics leads to antibiotic resistance.
2) Another reason is not completing the full course prescribed by the doctor. In this case, when we( patients) feel a little better, we stop taking antibiotics. As the full course is not completed the pathogenic bacteria is not completely eradicated from our system and subsequently, they become resistant to the antibiotic as they have developed the resistance.
3) Sometimes, when antibiotics are not needed or there is no infection, some patients still take antibiotics as a precautionary measure. This leads to the antibiotic resistance of the bacteria which commonly live in our body.
Identify 3 ways that we as patients contribute to the problem of antibiotic resistant bacteria?
1.Analyze the rise of antibiotic-resistant infections including how bacteria become resistant, how someone gets an antibiotic-resistant superinfection and how our society encourages the development of antibiotic resistances.
2. Researchers in Israel have developed a novel method of restoring antibiotic sensitivity to resistant bacteria, according to a study in the journal Applied and Environmental Microbiology. The process could eventually be used to fight hospital superbugs, researcher said. An estimated 70% of hospital acquired infections in the U.S. involve bacteria that are resistant to at least one antibiotic. Using a process called lysogenization, scientists used bacteriophages, viruses that can infect bacteria, to invade resistant bacterial cells and restore their...
Given that antibiotic-resistant strains of bacteria are a concern to the general health of a population, what can be done to prevent their development?
Given that antibiotic-resistant strains of bacteria are a concern to the general health of a population, what can be done to prevent their development?
Recently an antibiotic resistant strain of bacteria was found to possess a plasmid containing a unique drug resistance gene. Scientists and physicians are extremely concerned about this discovery since this drug resistance gene is usually only found as a part of the bacterial chromosome (nucleoid). In 1 bullet point --Explain the differences between chromosomal DNA (nucleoid) and plasmids. In 2 bullet points -- Explain why the medical community is so concerned about the the discovery of this particular antibiotic resistant...
Bateriophages are being biologically engineered to use to treat infections by antibiotic-resistant bacteria. True or False
NeAtly 83- There has been a rise of antibiotic resistant bacteria that have arisen due to the improper usage of antiobiotics (e.g. feeding antibiotics to farm animals and people not taking all of their antibiotics as they should). Based on the three types of horizontal gene transfer, which one do you expect is producing antibiotic resistant strains? Explain why they resemble the ancestor that gave rise to all fungi, whereas yeast are members of the most advanced fungi. What type...
QUESTION 8 Antibiotic-sensitive bacteria sometimes produce cells that are transiently resistant to multiple antibiotics. True False QUESTION 9 The toxin component of TA modules helps ensure survival during stressful growth conditions False True
Recently the CDC declared that Antibiotic Resistance in bacteria is projected to soon be the most significant grave threat to public health. Explain why we have reached this situation in public health. Note two classes of antibiotics and how they work and a specific mechanism of how that antibiotic becomes resistant. Finally, what are the broader implications of a world, in the near future, where we do not have access to antibiotics. Answer in full detail.
23. How does natural selection cause evolution? 24. How do bacteria become antibiotic resistant? 25. Human birth weight is a classic example of: 26. Imagine that those who had children at a younger than average age tended to leave more descendants than others. This continued to be true over hundreds of generations across the planet. What else would evolve as a consequence? 27. Which is definitely an INCORRECT explanation for why we grow old? 28. Why is adaptation imperfect? 29....