Can Artificial Intelligence Diagnose and Cure Diseases
Artificial Intelligence is the intelligence displayed by machines that can be useful for performing various tasks using sentiment analysis and Natural Language Processing in ai (NLP). This technology allows machines to learn on their own from the above data and information provided, make sense of it, and use this information to perform various business tasks. AI is a superset of Machine Learning and Deep Learning Applications, and these technologies have their own sets of responsibilities when equipping machines.
Role of AI in the Early Detection of Diseases
From chronic diseases, such as cancer, to radiology, AI is being harnessed to implement efficient and precise inventions that will help care for patients suffering from these diseases and hopefully find a cure for them.
AI offers several advantages over traditional methods of analysis and clinical decision-making. AI algorithms make systems more accurate as they have the opportunity to understand training data, further helping humans gain unprecedented insights into treatment variability, care processes, diagnoses, and patient outcomes.
Well, below are some of the significant ways through which artificial intelligence is creating such a remarkable difference in curing disease. Just take a look!
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Disease Management
For chronically ill patients, AI is presented as nothing less than a blessing today! Recently, CognitiveScale, a company based in Austin, TX, has developed a tool called Cognitive Clouds.
Doctors use this tool to diagnose the health of their patients and tailor care accordingly. Inter mountain Healthcare of Utah used this system in a pilot program so it can help teens cope with the transition from type 1 diabetes to self-care as adults.
Diagnosis and Treatment of Diseases.
Keeping up with the latest medical knowledge is something that is quite impossible for doctors today, thanks to the wide variety of innovative work that is happening around the world all the time.
But Watson's AI is able to use cognitive computing to find different patterns for doctors to ultimately help them select better treatment regimens.
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For Clinical Trials
One of the most difficult problems that doctors often face is that most of the time they cannot find the perfect clinical trial for a patient when there are a large number of options available.
But, in today's modern generation, one of the most innovative AI-based applications i.e. Watson read hundreds of clinical trial protocols to find the specific one for a particular patient and communicate it to the doctor.
Facilitates Well-being
Based on Watson's cognitive capabilities, Welltok's Cafewell Concierge app offers personalized health solutions for each of its consumers. This app is so great that it uses Watson's natural language processing capabilities to assess user activity goals and encourage them to meet them.
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This is not the end! In the future, Watson plans to partner with Johnson & Johnson so that the two can collaboratively help joint replacement patients manage their health through artificial intelligence.
Robotic Therapeutics
Who doesn't want to take care of their loved ones suffering from deadly diseases? But, even it is an undeniable fact that doing so has had a more or less cathartic effect on the health of normal people over time.
But, now, various therapeutic animal robots have been developed using artificial intelligence to help patients with diseases such as Alzheimer's to recover soon. These robotic pets nurture such patients' brain function while delaying their cognitive problems, ultimately improving the quality of their lives.
Reduction of Dosing Errors
Even just one extra dose of a medication or drug can have dire consequences on a patient's body, so it is important that the patient take the correct amount of medication as prescribed. Otherwise, there can be serious repercussions. With the help of Artificial Intelligence, the industry will be able to reduce the margin of probable medication errors.
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Robot-assisted Surgery
Robot-assisted surgery has gained a lot of popularity recently. Several hospitals are implementing robotics that helps them complete tasks that require precision, control, and flexibility. It is used in tasks, including open-heart surgery, that are beyond human capabilities.
Robots integrated with mechanical arms, cameras, and necessary surgical instruments increase the knowledge, skills, and experience of physicians, creating a new form of surgery. This allows surgeons to sit at a computer console and control the robot's mechanical arms, while the robot provides a magnified, three-dimensional view of the surgical site that is impossible to see with your bare eyes.
Early Diagnosis of Fatal Blood Diseases
When it comes to recognizing potentially fatal blood-related disorders at an early stage, artificial intelligence comes in handy. Doctors may now use AI-enhanced microscopes to screen for hazardous chemicals and germs in blood samples, such as Staphylococcus, E. coli, and others, at a far faster rate than manual scanning.
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The researchers utilized over 25,000 photos of blood samples to teach the robots how to detect dangerous bacteria. The AI-enabled the robots to learn to detect these bacteria in the blood and predict their presence in future samples with 95% accuracy, significantly reducing mortality.
Final Thoughts
Thus, it is quite an evident fact that artificial intelligence is something that is not only revolutionizing fields such as space research, entertainment, etc. but it has also hit the noble sector of medicine to a great extent.
Also, aside from simply gentrifying the current healthcare landscape, AI is expected to make treatment episodes of any disease simply excellent and efficient.










