What are the different types of medical widespread reality?
Medical augmented reality combines real and virtual three -dimensional images that help in medical procedures or education. The most common technology of widespread reality is used to provide doctors with images of the patient's inner body for use in surgery. The same or similar technologies allow medical students to practice procedures on manicines or corpses. Another type helps patients to visualize what is happening in their bodies.
minimally invasive surgical techniques allow doctors to perform surgery without large cuts. Medical augmented reality is an essential tool that allows it. Magnetic resonance (MRI) results (MRI) of the patient, ultrasound or other three -dimensional records are often combined with real -time surgeon images. Combined images can be displayed via the display mounted on the head (HMD) that the surgeon wears a natural view.
Medicine students or surgical trainees can use summerKařská augmented reality for practicing surgical techniques. The technology is almost the same as technology used in minimally invasive surgery. Instead of real records of the patient, the student could practice by manicin with general images of the inside of the body. The student could then manipulate virtual images to provide high -precision simulation of real operations. For even greater similarity, the same can be done using a corpse instead of manicines.
Since a widespread reality can provide such a detailed and lively image of human body, it can also be used to help educate patients. For example, a person could stand in front of a screen that would provide images of muscles, skeletons or other impacts in the body. This image may move when a person moves or in response to a physician. Doctor can use these images to make afterHe could understand patients what was going to go wrong in their bodies and what to do to correct the problems. This technology serves, for example, a function of a similar model of the knee scale, but with greater interactivity.
The area of medical widespread reality is one that continues to grow. Other use of these same technologies has been designed, but has not been implemented since 2011. For example, it may be possible to create HMD software that allows doctors to see the whole history of the patient at first glance views of previous injuries or diseases on the patient's body.