I read the article "Stealth superbug appears to be spreading in hospitals, study finds." And for the article on an additional case study, I read “With the latest research on Zika, our picture of the virus becomes cloudier.” As mysterious as other viruses, scientists still haven't fully understood the picture, let alone found the cure for the Zika virus. However, the Zika vaccine is currently in development, which is related to my case study on antibiotics, so I am automatically intrigued to read the article. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an Original Essay For the paper assigned to my case study, I learned about a class of bacteria, CREs. The fact that they have multiple ways to avoid antibiotics, including last-resort drugs, is already intimidating. In addition to being resistant to antibiotics, they are also capable of passing resistance within families. Furthermore, this superbug was stealthier than scientists could have predicted. Although there is no evidence of transmission, this set of bacteria is very concerning. Therefore, broader surveillance is needed for further studies. And as for the additional case study on the Zika virus, despite the fact that it could cause serious birth defects if it infected a fetus in the womb, scientists have no idea how often that happens. Specifically, what strikes me in this article is how scientists process and evaluate the data themselves. Starting from the analysis of different basic information (phases, methodologies, etc.), scientists continued to analyze the characteristics of the objects studied in two studies. It also identifies elements that could cause the inaccuracy. Antibiotics started to fail. The cases of CRE and the Zika virus were the perfect examples: one set of bacteria cannot be defeated due to the widespread and often inappropriate use of antibiotics, while the other still remains a mystery, probably due to the complexity of the process. the virus itself. Antibiotic resistance has cast a shadow on the medical effectiveness we once took for granted. Yet we are very alarmed. Antibiotic shortages lead to the emergence of superbugs or viruses that are too complicated to handle. These viruses have already caused more than thousands of deaths. However, so far scientists still only have a blurry picture of both cases. Multiple research phases, excess variables, and multiple complicated mechanisms prevent researchers from identifying the main culprit. Research takes time, but both cases are optimistic if no radical action is taken. Without a doubt, further studies are more than urgently needed. As stated in Hedonistic Utilitarianism, humans have taken consistent actions as they maximize the net balance of advantages over disadvantages. Yet, human beings, do we really do good instead of trapping ourselves? From my perspective, overprescribing, overusing, and even overusing antibiotics leads us to this situation here today. What is often ignored by people is the fact that antibiotics kill good bacteria along with bad bacteria. Furthermore, potential side effects are usually ignored, not to mention the actual threat. Antibiotic resistance is more than a future threat; is present. The threat is so epic and present that it even scares people. In fact, what the articles illustrate is absolutely true. Individuals are horrified as viruses become overly resistant to even last-resort antibiotics, as scientists are struggling to.