September 25, 2018 / Opening hours: 10:00-18:00

Future of Russian healthcare segment: 7 emerging technologies

Future of Russian healthcare segment: 7 emerging technologies

AI-powered diagnostics, smart pills, and robotic doctors are the latest achievements of medical technologies that are still to come into common use. Besides, some inventions have been applied in treatment in a full swing. Look at seven medical innovations that will be introduced in Russia soon.

Smart hospitals

Digital hospitals working on smart technologies and self-training AI have already been introduced in some countries. The majority of them takes place in the U. S. One of the most cutting-edge ones is a multi-faceted smart hospital Bundang located in South Korea. This center offers diagnostics and treatment of many diseases providing top facilities (smart beds, robotic surgeons). The work of equipment is controlled by seasoned doctors. The medical center also leverages own e-system of data storage.

The same system, particularly Bundang’s accurate copy, is to be established in the territory of the International Medical Cluster at the Skolkovo Innovation Center. The Government of Moscow shows a warm welcome to the project.

Portable sensors and devices

Fitness trackers, glucose meters, and other gadgets controlling the health state of a human are widely used in Russia. Diabetes is a common and dangerous condition that requires regular tracking of a blood glucose level. Modern portable devices for such patients are getting more and more complicated, multifunctional, and highly useful in practice. Part of them has become commonplace and even is capable of data exchanging with a doctor; there appeared gadgets injecting insulin if needed (for instance, Medtronic Inc). The same devices have been developed for those suffering from Alzheimer's.

3D implants in dentistry

3D printing is becoming increasingly popular in prosthetics, particularly joints, bones, and teeth. This very technology is applied to print organs needed for training operations and qualifications upgrading. Bones 3D prototypes are also created for testing anti-arthritis drugs.

3D printing in the medical field is mostly used to fabricate dentures. In Russia, 3Dosnova investigates and implements such technologies.

Smart diagnostics

AI-powered robots and systems are used in various countries. In particular, IBM Watson working in the U. S., Europe, China, and Japan. It is controlled by a human doctor, but the general data showed that the robotic diagnostician appeared to be 40% more effective than human colleagues were. Few Russian hospitals leverage IBM Watson.

Notwithstanding, Unim system for cancer diagnostics is widely applied in Russia. It’s based on neural networks and uses a mass volume of analytical data. The platform created by Digital Pathology systematizes data, checks a diagnosis, and is capable of comparing its results with the global case studies. In Russia, state cancer centers apply Unim.

Genetic investigations

Profound genetic investigations help detect patient’s liability to diseases. The previous year, the globe discovered Kymriah, a so-called gene editing technology to trigger cancer. This method allows to change extracted lymphoma cells, instruct to combat a tumor, and implant back, bringing positive results.

Genetic tests can detect patient’s liability to cardiovascular and other diseases to a high precision. In Russia, such clinics as Genotek, Atlas, and Genetico provide related services.

Robotic patients for doctors training

Smart robotic patients allow lower work risks and help doctors acquire invaluable experience in the field. Such a center for medical practice on fabricated patients is also located in Russia, the Skolkovo Innovation Hub. Its robots assist in simulating treatment of gynecological, urological, gastrointestinal diseases, etc. A Kazan-based company Eidos provides highly specialized services. Each doctor has a rigidly defined package of organs and disease simulators.

Training operations and diagnostics require special equipment that records the patients’ health state, their reaction to medical maneuvers as well as analyses mistakes. Services of the medical cluster will become available to Russian doctors in September 2018.

Medical VR simulators

VR exercise machines are made for both doctors and patients. The latter use them for rehabilitation after severe strokes that caused brain damages. Such programs visually stimulate brain’s inactive centers. Thus, Mindmaze helps rehabilitate limbs mobility. There exist projects eliminating phantom pain.

Plastic surgeons can also apply VR exercise machines in their practice. For them, the system designs an effect of operative treatment, explores scenarios of an operation. There also exists NurseSim, a VR exercise machine for nurses.

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