
Artificial intelligence is widely prevalent in day-to-day life and is now being applied consistently to healthcare. Care providers and life sciences companies are adopting various types of artificial intelligence that assist diagnosis and treatment besides patient compliance and administrative activities.
Artificial intelligence is widely prevalent in day-to-day life and is now being applied consistently to healthcare. Care providers and life sciences companies are adopting various types of artificial intelligence that assist diagnosis and treatment besides patient compliance and administrative activities.
By definition, Artificial Intelligence (AI) is the ability of a machine to execute tasks with quality and insight that matches or exceeds human intelligence. The technology came into broader existence during the mid-2000s. Scientists developed robotic arms to the extent that they possessed the intelligence to execute tasks with minimum external control. These self-sufficient robots created excellent efficiency in producing and assembling goods in factories worldwide. In the preliminary stages of intelligence, these robot arms could execute at least one task flawlessly - lift or drop components from one production line to the other. This decade also gave us sequels to movies such as "The Terminator" and "Transformers," which showed us robots with more intelligence and abilities than humans. The conceptualized version of AI was almost always "robocentric," to say the least.
Today we know Artificial Intelligence to be a deep learning science - it collects big data sets from various sources, compiles them, and learns from them. Much of what we have seen in the movies is coming into existence. AI possesses intelligence that is, in some aspects, beyond human understanding. Artificial intelligence learns from all the data, executes deep learning, takes calculated decisions, and proposes multiple strategies for each situation that humans cannot possibly accomplish. Artificial Intelligence is being used for various applications in medicine.
ARTIFICIAL INTELLIGENCE Applications in Healthcare
Artificial intelligence (AI) can be an assistive tool rather than a substitute for doctors. Information processing and deep data analysis play pivotal roles primarily in medicine.
Doctors can get valuable and efficient help while accelerating various aspects of the healthcare facilities already at their disposal. In today's day and age, several medicine practitioners are already reaping the benefits of artificial intelligence. Here are the top 6 applications of Artificial Intelligence in healthcare and medicine.
Health data collection
Several metrics like blood oxygen level and body temperature can be measured these days using smartwatches, smartphones, and wearables. While basic smartwatches can tell your heartbeat and oxygen percentage - AI-powered wearables can compile all this data and calculate further needed metrics and provide easy inferences for users. Artificial intelligence can also collect data from various databases across the world and put them together to understand the average metrics of the masses. Medical information was analyzed using conventional methodologies such as collecting them on a computer, storing them on a local database, and examining every piece of data to arrive at a conclusion. The process would take weeks or even months, and it was not error-free in the end. However, advanced data collection and deep learning with advanced algorithms are precise data collating and monitoring techniques that keep track of different metrics across various worldwide data silos.
Personalized tracking and treatment
Artificial intelligence can track and monitor data for each patient, which comes with many healthcare benefits such as - individual treatment and monitoring. Often, patients can get complacent with their doses. AI tracking applications can remind patients to take medicines and do their prescribed exercises every day so that their conditions do not worsen. A virtual reward AI system can motivate patients who do not want to take the medication to follow the doctor's advice. Tracking bands, smartwatches can help patients get reminders about their medicines, treatment, and appointments and keep their health in check.
Prevent cardiac arrests
Even today, people have to order a prescriptive test for an electrocardiogram (ECG) to ascertain irregular heartbeats. ECG monitoring wearables embedded with artificial intelligence algorithms can track irregular heartbeat patterns and co-relate them with an abundance of data found in cases of heart problems and cardiac arrests.
The promptness of artificial intelligence and instant comparative analytics with individual patient data to existing heart emergency data saves valuable time for clinical detection and remedies.
An AI-powered ECG wearable can monitor and detect dangerous patterns of the heart in seconds and alert the doctor and the patient well before any emergency. In this scenario, artificial intelligence can save a patient's life by predicting cardiac arrests hours or days before their occurrence.
Personalized medical prescriptions
Genomics is becoming quickly popular worldwide due to its ability to create effective medicines for people worldwide.
Genomics is the science of studying genes to create individualistic medical prescriptions for patients developing certain medical complications. However, getting genetically engineered drugs can be expensive. Artificial Intelligence is a cheaper alternative to a specific medication. Data monitoring applications can collect information and compare your condition to patients with similar problems.
Artificial intelligence can deeply analyze the metrics of similar cases to prescribe medications for you based on the already-displayed efficacy on other patients. "Precision" medicines are being made available to the population worldwide using AI.
Keep Diabetes in control
Artificial intelligence tracks the blood sugar levels of diabetes patients and provides them with recommendations of activities and meals that they should consume. A virtual reward system can rescue them from urges to consume whatever they want and save them from indulging in harmful eating habits. IBM had developed a blood glucose tracker three years ago, which healthcare professionals have widely acclaimed.
Artificial Intelligence in Medicine and Digital Marketing:
New realms of developments and inventions are constantly occurring in the Med-tech industry. A new, integrated world of deep data analytics and AI is flourishing in the healthcare industry. Australia has close to 100 Healthcare AI startups currently -, but the population needs to be exposed to the groundbreaking innovations in this field. Corporality offers effective digital marketing solutions for medical/healthcare Artificial Intelligence (AI)-based startups and companies. We provide elaborate brand positioning strategies, effective social media/digital marketing initiatives, and lead generation services across Australia.
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