The Future of Healthcare: Personalized Medicine with Anosh Ahmed

1. Anosh Ahmed Chicago Shares The Rise of Personalized Medicine Dr. Anosh Ahmed, Chicago points out that personalised medicine makes treatments better and reduces side effects by customising them to each person's unique genetic makeup. Unlike one-size-fits-all methods, personalised medicine treats each person individually. People are getting more interested in personalised medicine because of new discoveries in genetics and technology. It offers hope for better outcomes and finding illnesses early. In this guide, learn all about personalised medicine, why it's great, and much more. Personalised medicine: what is it? According to Anosh Ahmed Chicago , personalised medicine is like having a treatment plan that's made just for you, based on your own genetic code. It's all about making sure that the medicine you get works the best for your body and doesn't cause any unwanted side effects. Instead of giving everyone the same treatment, personalised medicine looks at what makes you different from others. By analysing your genes and special markers in your body, doctors can create a treatment plan that fits you perfectly, making sure you get the right care at the right time.

2. 6 Benefits Of Using Personalised Medicine Numerous benefits of personalized medicine include the following: 1. Tailored Treatments: Personalized medicine can help provide a specific treatment plan for the individual's gene formation, medical history, and lifestyle. This patient centric approach can help overcome the disease in an effective way. 2. Accuracy: AI can improve the accuracy of treatment and diagnosis by analysing the exact root cause of the disease. This can improve the treatment outcome and prevent the patient from exposing themselves to unnecessary treatment and medicine. 3. Early Detection and Prevention: Personalized medicine can help in the early detection of life threatening diseases, from cancer to autoimmune disorders, by predicting the chances of risk through genetic analysis of individuals who have a family history of the disease. This helps to improve the survival rate and reduce complications in treating a disease. 4. Reduced Adverse Reactions: Personalized medicine can help find an appropriate treatment based on the genetics, family history, and health of the individual. These can lower the risk of side effects caused by treatment or medicine that doesn't fit one's genetic makeup. Additionally, it can guide the physician in administering a secure and safe course of care. 5. Prevent the money expenditure: Personalized medicine can help to prevent the wastage of money on unnecessary treatment, which can also lead to a loss of hope in the treatment and medicine. 6. Improvement in Healthcare and Research: Personalized medicines can help bring new advancements in the field of medicine. In addition to advancing technology like telemedicine, they have the potential to make significant strides in improving healthcare, particularly for patients in remote areas. These contribute to the development of a stronger healthcare system for patients. How Personalized Medicine Works In personalized medicine, your genetic makeup takes center stage, guiding tailored treatments for better health outcomes. Here's how it works: 1. Genetic Profiling and Sequencing: Scientists examine your DNA to uncover unique genetic variations that may influence your health and response to treatment.

3. 2. Role of Biomarkers and Diagnostics: Biomarkers, like specific molecules or genetic markers, help identify diseases early and guide treatment decisions by providing insights into your body's biological processes. 3. Cancer Therapy: Personalized cancer treatments target specific genetic mutations driving tumor growth, maximizing effectiveness while minimizing side effects. 4. Rare Diseases: Personalized approaches for rare diseases address underlying genetic abnormalities, offering tailored treatments to manage symptoms and improve quality of life. 5. Improved Outcomes: By customizing treatments based on individual genetic profiles, personalized medicine holds promise for more effective therapies and better patient outcomes across various health conditions. How does artificial intelligence fit into the personalized medicine space? A combination of precision medicine and cutting-edge technologies like artificial intelligence can solve the most complex issues facing the healthcare industry. The following are some ways that artificial intelligence has advanced precision medicine: 1. Data analysis: Picture a team of diligent researchers gathering and organizing data from patients far and wide. They create a thorough map of each person's health journey by meticulously sorting through genetic and medical data. With their extensive knowledge, they are able to provide individualized health advice that is suitable for every single person. 2. Making decisions: Picture your doctor having a knowledgeable counselor by their side at all times, providing direction and wisdom. Together, they navigate the complexities of diagnosis and treatment, ensuring that every decision is made with care and consideration for the patient's well-being. 3. Finding possible targets: Imagine a professional investigator sifting through hints buried in the biology and genetics of the body. With precision and accuracy, they identify the exact targets causing disease, saving precious time and resources by focusing efforts where they matter most. 4. Drug Discovery and Development: It is like having a team of dedicated scientists working nonstop in the lab. They examine every aspect of a drug's molecular structure,

4. effectiveness, and safety to ensure that it is tailored to each individual's unique genetic makeup. 5. Disease detection and diagnosis: Imagine having a trustworthy friend who can foresee potential health problems before they occur. When illnesses are detected early, patients have the best chance of recovering and leading long, healthy lives. Final Words: Dr. Anosh Ahmed came to the conclusion that personalized medicine, which is fueled by advances in genetic and technological research, has a bright future in healthcare. By tailoring treatments to individual genetic profiles, it enhances efficacy while minimizing side effects. With the role of artificial intelligence expanding, the potential for precision medicine to revolutionize disease detection, treatment, and drug development is immense. Embracing

5. these innovations can lead to better outcomes and an improved quality of life for patients worldwide.