AI WITH ALDRIN
AI and Machine learning? more like "Medical learning"!
Who would've thought that a little green man from the outer space would change the face of medicine?
No guys It's not ET with superiority, It's AI👀!
shabby? too shabby?
Well.....hold on to your backpacks and put on your goggles cuz it's gonna be a stem- winding phaarmaaceeutical ride.
Imagine you're hanging out with your friend and you notice that he looks particularly tired. You decide to ask him if he's ok, but instead of a normal response, he suddenly collapses. You rush him to the hospital, where the doctors discover that he has stage 4 lung cancer--he's only got a few weeks left to live!(TOLD ya!!)
Too dark? Reality check...
But, what if there was another way? What if an AI system can tell me whether my friend has cancer or not? And what kind of treatment would be best for him? And what if it could even just make sure he gets treated before he dies?
Dont worry....It sure can.
AI has revolutionized the field of medicine!
AI enables machines to perform tasks and make decisions like humans. This is a neat party trick that the scientists have been working on.
Which in turn makes your doctor's job easier, allowing them to spend less time on paperwork and more time on you.
I guess the doctors will have to worry about their paycheck!....touche?
Here are discrete examples of the impact of AI in medicine:
Medical imaging
⦁ One of the most intriguing new AI skills is the ability to teach untrained and uninitiated individuals on how to procure medical-grade images using a smartphone. Without any medical expertise, anyone will be able to insert an ultrasound transducer into the base of their smartphone and, with a little gel on its tip, swiftly obtain high-quality pictures.
Isn't that mind boggling...😮
⦁ Let's say you would move the ultrasound transducer up and down, clockwise ,anti-clockwise. until it snugs perfectly around your head, aaaand voila you got yourself an X-RAY of your brain. not funny?
⦁ AI-powered medical imaging systems can detect and diagnose diseases such as cancer, heart disease, and Alzheimer's disease more accurately and quickly than human doctors.
Drug discovery
⦁ It's not just about detection; it's also about prevention! Large amounts of data can be analyzed by the AI-powered systems to find possible new drugs and forecast their efficacy. This means, that if you want to take prophylactic steps against any number of illnesses, you won't have to wait for months or years for human study findings.
which are notoriously slow😏😏......
Personalized medicine
- I feel sorry for the doctors who have to input data into massive files and deal with the headache of keeping it up to date😔😔. Not any longer!!
- Clinicians can profit from the use of AI as well. They can avoid the tension of inputting patient's data and maintaining their records.
- AI can analyze patient's data to create personalized treatment plans based on individual genetic, lifestyle, and environmental factors, leading to better patient outcomes.
Clinical decision-making
- AI can assist healthcare professionals in making more accurate and timely diagnoses by analyzing patient's data and providing recommendations for treatment.
- Leveraging AI for clinical decision support, risk scoring, and early alerting is one of the most promising areas of development for this revolutionary approach to data analysis.
- By powering a new generation of tools and systems that make clinicians more aware of nuances, more efficient when delivering care, and more likely to get ahead of developing problems, AI will usher in a new era of clinical quality and exciting breakthroughs in patient care.
Remote patient monitoring
AI-powered remote patient monitoring systems can track patient's data in real-time, alerting healthcare professionals to potential health issues before they become critical.
⦁ There are already systems in place to assist people decide whether they need medical aid or can effectively manage themselves at home. In 2016, IBM's Watson computer was used to identify a previously perplexing disease afflicting a Japanese leukaemia patient in minutes. This was accomplished by cross-referencing 20 million cancer data.
AI : Aid against the COVI"Demon"
We have seen the beginning of use of AI for remote monitoring, which is already preempting the need for hospitalization of patients with Covid-19 by real-time data capture from wearable sensors, that will only increase in 2023. We still need more validation trials to show that algorithms can accurately anticipate early signs of clinical deterioration and intervene, but the implication for avoiding a large proportion of hospital stays looms large.
"The box of controversies"(Aldrin's fav)
While the advancement of AI thrills some, it worries others. Fears that AI will eventually supplant the skilled employees appear to be baseless. AI will enhance and help in a more realistic situation. It can be used for activities that are tedious, repetitive, or undesirable, as well as those that require a high degree of dexterity. It's a completely separate issue whether we can envision AI offering empathy or insight into the human situation.
Agree or Disagree? Feel free to blast the comment section💥
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