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I chose the healthcare industry because it directly impacts everyone's lives, and with AI rapidly advancing, it's transforming how we diagnose diseases, personalize treatments, and support medical decisions. For my Padlet project, I'll explore three key AI applications: diagnostic imaging (like detecting tumors in X-rays), personalized medicine (tailoring treatments to individuals), and patient monitoring (tracking health in real-time). Each section will explain how the technology works, its benefits (such as improved accuracy and efficiency), challenges (including privacy concerns and potential biases), and include visuals to enhance understanding. Healthcare is fundamentally about improving lives, and while AI makes it more accessible and effective, we must carefully consider ethical issues like data security and maintaining human oversight in medicine. Through this project, I hope to better understand how AI can responsibly shape healthcare's future

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AI is used to analyze medical images such as X-rays, CT scans, and MRIs to detect diseases like cancer and pneumonia. Tools like IBM Watson Health use machine learning and computer vision to identify abnormalities faster and more accurately than humans. This helps doctors make quicker diagnoses, reduces human error, and improves patient outcomes. However, challenges include high costs, data privacy concerns, and the need for large, high-quality datasets. I find this fascinating because early detection can save lives, and AI provides powerful tools to support radiologists.

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Using artificial intelligence in radiology clinical practice

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AI is making medicine personal. Instead of one-size-fits-all treatments, doctors can now analyze your DNA, lifestyle and health history to create customized care plans. Companies like Tempus use smart algorithms to match patients with the most effective treatments, improving outcomes while reducing side effects. While challenges like data privacy and costs remain, this shift toward precision healthcare means you get treatments designed specifically for you - not just average solutions. It's medicine that finally sees you as an individual.

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The Role of AI in Personalized Medicine Tailoring Treatments for Every Patient

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Wearable devices and AI systems are used to continuously monitor patients with chronic diseases like diabetes and heart conditions. Companies like Medtronic use AI algorithms to detect warning signs and alert both patients and doctors in real time. This enables early intervention and better disease management. The benefits include improved quality of life and reduced hospital admissions. Limitations include device reliability and privacy concerns. I think this is a game changer because it empowers patients to manage their health proactively using smart technology.

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High-tech hospital uses artificial intelligence in patient care

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The future of healthcare with AI isn’t just about smarter machines—it’s about better care for real people. Imagine AI assisting surgeons with robotic precision, spotting disease outbreaks before they spread, or freeing up doctors from paperwork so they can focus on patients. It could even help develop life-saving drugs faster by running virtual trials.

But this progress comes with real human concerns. How do we protect the intimate health data these systems rely on? What happens if AI inherits biases, leading to unequal care? And most importantly—how do we ensure technology supports, rather than replaces, the irreplaceable human touch in medicine?

I’m hopeful but cautious. The best future isn’t one where machines take over, but where they empower doctors to make more informed, personalized decisions—always putting patients first. With thoughtful rules and a commitment to ethics, AI could help build a healthcare system that’s not just efficient, but truly caring

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AI in healthcare presents us with both tremendous opportunities and real responsibilities. This technology can be a powerful equalizer bringing quality care to rural communities through virtual diagnostics, reducing dangerous medical errors, and giving overworked doctors the support they need to focus on what matters most; their patients. But we must be honest about the challenges too. Will automation displace healthcare workers? How do we prevent AI from becoming another luxury only the wealthy can access?

Here's what I believe; AI shouldn't replace human care—it should reinforce it. The measure of success isn't just smarter algorithms, but whether we've created a healthcare system that's more accessible, more equitable, and more human. That means developing AI tools that serve all communities equally, training healthcare workers to work alongside AI, and implementing strong safeguards for patient privacy. If we get this right, AI won't just change healthcare—it will transform lives for the better

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Working on this project really opened my eyes to how much AI is already shaping the healthcare world. At first, I felt overwhelmed there’s so much information out there, and some of the technical language was hard to follow. But once I started looking into real-life examples, everything started to click. I was honestly amazed by how AI is helping with everything from diagnosis to treatment to patient care. It also made me think more deeply about the risks, like privacy and fairness. This experience showed me how important it is to build AI tools that are not only powerful, but also ethical and trustworthy.

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Topol, E. (2019). Deep Medicine: How Artificial Intelligence Can Make Healthcare Human Again. Basic Books. This book offers a broad and thoughtful perspective on how AI can support, rather than replace, human care in medicine.

Jiang, F., Jiang Y. Zhi, H., et (2017). Artificial intelligence in healthcare: Past, present and future.
This peer-reviewed article gives a comprehensive overview of AI applications and challenges in healthcare, useful for understanding the industry’s scope.

IBM Watson Health. (2021). Transforming radiology with AI. Retrieved this source provides a real-world example of how AI is being used in diagnostic imaging, which is one of my chosen application areas.

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