5 Incredible AI Innovations in Healthcare

AI is a landmark technology that has propelled countless businesses into the future of efficiency and productivity without cost.

However, many do not quite realize the numerous benefits of AI has had on healthcare around the world. With AI, medical professionals can distribute healthcare globally and locally without leaving their offices. AI has made it so that doctors of all disciplines can operate at peak efficiency to the benefit of their practices and patients.
Here are five incredible ways AI is impacting healthcare:

1. Accelerated cancer research
AI has been monumental for the advancement of cancer research and other mutagenic diseases. Cancer is an incredibly devastating disease that takes far too many lives each year. Oncologists and cancer researchers work tirelessly to find any answers at all in the pursuit of total treatment.

Going through the materials necessary to find such answers is an incredible feat on its never mind attempting to construct viable solutions while doing so. However, with AI’s speed and precision, cancer researchers can work with incredible speed and accuracy which has already led to promising leads in the pursuit of a cure.

2. Vaccine development
Similarly, viruses go through several mutations and are famously difficult to contain and treat due to their nature. Fortunately, AI software today works much faster than any technology ever before and allows medical researchers to develop vaccines and medications that can treat these horrible diseases.

AI has been monumental for the advancement of cancer research and other mutagenic diseases. Cancer is an incredibly devastating disease that takes far too many lives each year. Oncologists and cancer researchers work tirelessly to find any answers at all in the pursuit of total treatment.

Going through the materials necessary to find such answers is an incredible feat on its never mind attempting to construct viable solutions while doing so. However, with AI’s speed and precision, cancer researchers can work with incredible speed and accuracy which has already led to promising leads in the pursuit of a cure.

3. AI medical assistants
Artificial intelligence has been critical to the medical industry since the 1970s. Computing and the healthcare industry and inextricably interwoven, medical technology furthering what’s medically possible.

One more recent application of artificial intelligence has been the creation of apps that provide patients suffering from chronic illnesses with AI-enabled virtual medical attendants. They can offer a human-like interface with patients, analyzing health data and replicating natural language to communicate with app users.

4. Automatic analyses of health data
These apps offer more than just a mere medical chatbot. They also leverage health data collected by wearable technology to collect and collate important health metrics, giving patients personalized prognoses, alerts, and diagnoses.

5. Better interpretations of imaging results
Medicine is an art, not a science. Medical professionals have to use data points as pieces of evidence. There’s evidence provided by tests, although the results aren’t always accurate. Then there’s evidence gathered by experience and intuition; how does the patient look? Is there swelling? What empirical data have we gathered? Then decisions must be made based on, essentially, an educated guess.

Artificial intelligence takes out some of the guesswork. Computer software designed for medical specialists can monitor the minute, catching small changes that wouldn’t normally be noticed.

Radiology, for example, is imprecise. Interpretations vary and some details are easily lost. Imaging analysis software helps radiologists interpret imaging results more accurately.

Conclusion
AI is typically thought of as a technology suited to robotics or video games. In reality, AI is a tool that is usable in almost any environment and will soon be a part of most major industries as its utility outweighs any skepticism in time.

Furthermore, these same AI systems can be used to keep track of patients that suffer from chronic pains and illnesses to keep them as healthy as possible. Advanced computing hardware has always been essential in treating chronic illnesses, but AI today is capable of predicting when illnesses may strike or where chronic pain may be stemming from.

Additionally, AI is used to find patterns on the smallest levels which is incredibly helpful when processing medical imaging. Medical imaging is a necessary part of the diagnosis process and it is essential in finding the root cause of disease and AI is specialized in the analysis required to accurately assess such data. AI will continue to affect the healthcare industry for the better across the world as innovations disrupt the industry every day.