Many people have become aware of medicines and what are certain medications used for, however this has led to some patients asking for specific medications from their doctors. They believe they understand better and often push doctors to give them what they think is right. Speaking about her experience with similar patients, Dr Mukherjee posted a video on Instagram calling out ‘pushy patients’ Dr. Bhasha Mukherjee, an NHS doctor, is strongly advising patients to listen to their doctors and rely on science when it comes to getting antibiotics. She wants everyone to understand that her main job is to make people better, not just to give them what they ask for, especially if it's not the right medical treatment. "Pushy Patients" and Viral Infections Dr. Mukherjee has been quite vocal about patients who insist on getting antibiotics for viral infections, like the common cold or the flu. She even shared her reasons in an Instagram post called "A pushy patient asks for antibiotics for a viral infection." In it, she clearly explained why she says no to these requests. The main reason is simple: antibiotics don't work against viruses. Using them too much can actually cause serious problems, including: Antibiotic resistance: This makes future bacterial infections harder to treat.Gut issues: Antibiotics can disrupt the natural balance of gut bacteria. More harm than good: Unnecessary antibiotic use can lead to side effects without providing any benefit.Dr. Mukherjee's message is clear, "I'm here to heal, not to please – and that means giving you the right treatment, not the requested one. Trust science. Trust your doctor." When Are Antibiotics Appropriate? The NHS confirms that antibiotics are specifically for bacterial infections. They are not effective against viruses. However, there are specific scenarios where antibiotics are necessary and beneficial Non-serious but persistent bacterial infections For ongoing issues such as severe acne, where the bacterial cause won't resolve naturally, antibiotics become necessary. They effectively target and eliminate the stubborn bacteria, leading to clearer skin and preventing long-term discomfort. Contagious bacterial infections Conditions like impetigo or chlamydia, which are easily transmissible to others, require antibiotics. This treatment not only heals the infected individual but also prevents the spread of the bacterial infection within the community, protecting public health. To speed up recovery In specific instances, such as a kidney infection, antibiotics play a crucial role. They quickly combat the bacterial invaders, significantly reducing symptoms and accelerating the patient's recovery, often preventing more severe illness. Risk of serious complications Anti biotics are very important for serious bacterial infections like pneumonia. These diseases can be life-threatening and using antibiotics weakens these bacteria, helping you reduce the risk of the disease escalating. Antibiotic prophylaxis In certain situations, antibiotics are administered as a proactive measure. This preventative approach helps to ward off potential infections before they even start, especially in vulnerable patients undergoing specific medical procedures or with weakened immune systems. Exceptions for Vulnerable Patients Even though antibiotics usually aren't prescribed for viral infections, doctors might consider them for people who are more likely to get very sick from such infections. This includes people over 75, newborn babies (under 72 hours old), individuals with heart failure, those who need insulin for diabetes, and anyone with a weakened immune system. Why Avoid Unnecessary Antibiotic Use? Besides not working on viruses, the NHS points out more reasons why doctors usually don't give antibiotics for viral infections. For one, they won't help you get better any more quickly. Also, taking antibiotics for small problems can make them stop working for more serious illnesses later which means the effectiveness of the medicine goes down. This is a big part of a worldwide issue called antibiotic resistance.