Humans will remain at the core of the healthcare sector forever. However, by enabling them to treat their patients more effectively, technology might benefit the dedicated professionals in the field.
Furthermore, shortage-related holes in the healthcare system can be filled in part by technology. It is estimated that 80 million healthcare workers would be needed by 2030 to sustain the world’s population. The World Health Organization, however, projects that there will be a 15 million-person shortage of healthcare professionals by that time.
AUTOMATION AND AUGMENTATION IN MEDICAL
Artificial intelligence can be used in conjunction with human doctors and clinicians to improve patient care and perhaps save lives. This is known as healthcare augmentation and automation.
By streamlining operations and procedures, healthcare automation enables physicians to provide better treatment to a greater number of patients. Amazing advances have been made thanks to automation, especially in the fields of surgery and intervention.
Modern advancements in surgery and intervention, such robotic-assisted surgery (RAS) and minimally invasive surgery (MIS), enable doctors to perform procedures with more precision and power than their bodies can manage. Thanks to this technology, robot-assisted surgeries have shown a lower risk of complications, shorter hospital stays, less discomfort, and less physical harm.
Significant progress has been made in robotically assisted surgery since its inception in the mid-1980s. The precision and capabilities of robotic surgery have greatly enhanced as a result of improvements in hardware dexterity, computational power, and ergonomics.
WHY USE AI IN Surgery?
Artificial intelligence (AI) in surgery offers a bright future where technology and medical experts can work together to maximize human potential. Computer systems that can do tasks like speech recognition, visual perception, language translation, and decision-making—tasks that ordinarily need human intellect—are referred to as artificially intelligent.
Conventional surgical robots are used to improve these aspects since they have advantages over human surgeons. However, surgeons may find it easier to maintain consistency and predictability in these aspects if AI continues to advance. Furthermore, artificial intelligence (AI)-based real-time image-based analysis is being researched for applications in virtual colonoscopy, image-guided surgery, and computer-aided diagnostics.
When surgical robots and AI algorithms collaborate, procedures and surgeries can be further enhanced by:
reducing technical faults and operational delays
Enhancing Access to Difficult-to-Reach Body Areas
improving outcomes by removing (or minimizing) the chance of human error
Although predictive video analysis is still in its early stages, by detecting or predicting negative events in real time, it can be applied to intraoperative clinical decision assistance. This would enable medical professionals to actively predict results and model surgical risk in order to determine the optimal course of action.
REAL-LIFE EXAMPLES: Intuitive’s da Vinci system, for example, is a highly advanced console that human physicians may use while performing surgery. Ten times more magnification than the human eye can see, the technology produces high-resolution images. The surgeon works with tiny instruments that resemble human hands in that they have an incredible range of motion. Tremor-filtration technology is also employed to help steady the instruments for precision.
All surgeon control over the da Vinci system is retained. Surgical robot autonomy, however, differs according to the degree of artificial intelligence incorporated. Certain surgical robots, like the CyberKnife, have some degree of autonomy. The medical expert remains in the adjacent room to supervise the robotic arm of the CyberKnife while it circles the patient, applying radiation.
