No other technology has captured the human imagination and evolved from it like AI. The Ancient Greeks toyed with the idea of inanimate objects coming to life as intelligent beings and spawned several myths. Several centuries later, philosophers attempted to understand the human decision-making process; only so that it could be recreated through non-biological means. But it was only in 1956, that the field of modern AI was actually founded; at a conference at Dartmouth College, New Hampshire, US. The term ‘Artificial intelligence’ was coined at the event.
Sporadic researches were done by the American, British and Japanese scientific communities from the late 1950s to mid-1990s, with several time periods of lost interest and lack of funding. These time periods of inactivity later came to be termed as ‘AI Winters’.
In 1997, IBM’s Deep Blue beat Russian Chess Grandmaster Garry Kasparov. And in 2011, the same organization developed Watson, a giant question-answering system (christened after IBM’s founder and first CEO, Thomas J. Watson) won the quiz show ‘Jeopardy!’. In the same year, the first ‘Chatbot’ was also developed.
Leveraging AI in Modern Medicine
But the field of AI was always than just the pursuit of human-like intelligence. Research in the 1960s and 1970s produced the basis for MYCIN, a system that leveraged artificial intelligence for use in modern medicine. But MYCIN and other systems such as INTERNIST-1 and CASNET did not achieve routine use by practitioners. In the 1980s and 1990s came the microcomputers and advanced levels of network connectivity. The absence of perfect data warranted the use of AI systems in healthcare. Several medical and technological advancements occurring over the last half-century have enabled the growth of healthcare-related applications that leverage AI. They are:
- An exponential increase in computing power, resulting in rapid data collection and data processing
- Growth of genomic sequencing database
- Widespread implementation of Electronic Medical Record (EMR) Systems / Electronic Health Record Systems
- Enhancements in Natural Language Processing (NLP) and computer vision, enabling machines to reproduce human-like processes
- Vast leaps in Deep Learning (DL) techniques and data logs of rare diseases
- Enhanced precision in micro-mechanics, paving the way for robot-assisted surgery
Today, AI is playing a versatile role in the field of modern medicine. This blog explores a few of the latest AI applications of 2020 in the healthcare space.
Latest AI Applications in Healthcare
AI in Diagnostics
Misdiagnosis and medical error still account for a considerable percentage of deaths in the US. The ability of AI to improve the efficacy of the diagnostic process is therefore considered an important healthcare application. The leveraging of AI is helping both medical researchers and doctors. Deep Learning is aiding in the prevention of errors in diagnostics and improving the test outcome.
AI in Medical Imaging
Medical Imaging techniques have been used by the Healthcare industry to diagnose diseases for many years. But Artificial Intelligence is now taking Medical Imaging technology further by enabling higher automation and increased productivity. It is even said that AI-powered Medical Imaging technology can identify anomalies and diseases better than doctors! AI is currently being used to detect neurological diseases like Amyotrophic Lateral Sclerosis (ALS), indicate the patient’s risk of cardiovascular disease, abnormalities in common medical tests like chest X-ray, Diabetic Retinopathy (DR) and early cancer/malignancy diagnosis.It is also assisting with quantifying blood flow and providing visualization.
AI in Pharmaceuticals & New Drug Development
AI is revolutionizing how pharmaceutical companies develop treatments and medicines. In 2007, a major breakthrough was achieved when researchers commissioned Adam, a robot to
research functions of yeast. Adam referenced billions of data points in public databases and hypothesized about the functions of 19 genes within yeast, predicting 9 new accurate hypotheses.
Today, AI is leveraged to search biological systems and understand how a drug could affect a patient’s tissues/cells. Applications like precision medicine and predictive medicine are used to predict a patient’s treatment rather than investigating a bigger set of patients.
AI enables healthcare providers to create a digital profile of humans. This can help in understanding immuno-sequence, thereby generating a new class of immune diagnostics in oncology. Additionally, it is being used to accomplish reproducible research in bioinformatics, genomics and life science.
AI in Hospital Information System (HIS)
Like in all industries, time is money in healthcare too! A recent study of 35,000 physician reviews revealed 96% of patient complaints were primarily about lack of customer service, confusion over paperwork and negative front desk experiences.
Currently, most hospitals and clinics have HIS software to handle the process of appointment, treatment follow-up, and other administrative processes, by integrating with EHRs of patients. There is great potential for these systems to be used for offering superior health services. Furthermore, AI in healthcare provides support to clinicians for predictive analytics in real-time and solves operational challenges across the hospital functions. It also saves staff time, reduces steps, and removes paper-based processes through automated data collection, analysis, reporting and communication.
AI in Medical Research
Healthcare is widely considered one of the next big data frontiers to tame. Highly valuable information can sometimes get lost in the forest of trillions of data points. Additionally, the inability to connect important data points is slowing the development of new drugs, preventive medicine and proper diagnosis.
Many in healthcare are turning to Artificial Intelligence as a way to stop the ‘data hemorrhaging’. The technology breaks down data silos and connects information in minutes, this was a proceed that used to take years to process. You could ready about we leveraged AI to predict mortality COVID-19-driven mortality and how we predicted the early onset of Sepsis.
AI in Emergency Room and Surgery
Popularity in robot-assisted surgery is skyrocketing. Hospitals are using robots to help with everything from minimally-invasive procedures to open-heart surgery. According to the Mayo Clinic, robots help doctors perform complex procedures with precision, flexibility and control.
Robot-assisted surgeries have led to fewer surgery-related complications, less pain and quicker recovery time.
AI for treatment of Mental Health
We live in a world where 1-in-4 people suffer from mental disorders. Healthcare has seen some of the greatest advances in AI recently including early identification of mental health symptoms. Certain factors such as a person’s tone, word choice, and the duration of a phrase are considered when studying an individual. Thus, for the millions of people who feel lonely and need the support of friends and psychiatric therapists, AI can build resilience, offer support, and save lives.
AI in Nutrition
Currently, an extensive number of nutrition-related apps are available, with different functions and accuracies. With the integration of AI, nutrition apps can give customized recommendations and suggestions based on a person´s preferences and habits.
AI to build Virtual Assistants
Virtual Assistants/AI assistants are currently being used as the first line of interaction with patients, thereby saving time and resources. AI-powered Chatbots have also become the technology of choice for providing health-related information in the current Coronavirus crisis. Rapid leaps in Natural Language Processing (NLP) have enabled the widespread launch and use of Voice-based AI platforms like as Alexa and Siri. The intuitive 24×7 interface of chatbots makes them very strong candidates for the job.
AI in Wearables
Wearables such as smart-watches, clothes, and shoes are already trending. Researchers and manufacturers are looking to benefit from this trend by making it available for both everyday use and clinical-grade applications. AI engines are being integrated into the products’ health solutions to capture the health insights of an individual.
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