XR Doctor brings to life a Next-GeN XR Platform seamlessly blending Digital & Physical Worlds

For that reason, he chose a quiet job in his favorite area and was unable to start a family. He underwent multiple endoprostheses as a child, teenager and adult. The destruction of the hip bones was taking place and the man was in danger of complete immobility and, as a result, unemployment and complete loneliness.

The leading doctor from the XR Doctor team decided to perform an operation using a large set of holograms showing vessels and implants, which showed everything inside the area of damage very large, with the smallest details, the ability to turn on and off layers of muscles, skin, blood vessels, individual bones, implants, and their individual parts. During the operation, measuring instruments were constantly used for sizes, distances and angles in the operating area. The operation lasted 5+ hours, with 4 doctors. Vital functions were restored, the patient recovered faster and feels happy after 10 years of suffering. He returned to his job, earns money, had an active life.

Young lady had difficulty breathing and her appearance caused constant ridicule from her peers. Long-term preparation was carried out for a complex interdisciplinary operation by a team of 3 PhDs - maxillofacial, ENT, plastic surgeon. The original plan was to remove the rib and form a nasal septum from it. After using the hologram for diagnosis, they found out that the girl had enough cartilage tissue, which all traditional medical studies didn’t show.

Almost immediately after using the hologram, it was decided to change the operation plan - not to remove the rib and thereby not cause significant damage to the health of the young girl. Holograms were also used for precise planning of the operation and its implementation - doctors were able to form a nasal septum from their own cartilage for free breathing and restore the beauty of the face. A few months later the girl was adopted.

Our healthy and active employee discovered that she had problems while eating. She was diagnosed with a complex problem with her jaw and had to undergo long-term treatment in several stages. Before this, she had not been to the dentist for many years because nothing had ever bothered her and her teeth were excellent. She was very afraid of the upcoming procedures and tried to understand what and how she would do.

Taking care of the physical and mental health of our employees, we decided to help her and made a set of holograms based on 3D models, which we took from doctor. After this, the doctor, using holograms, explained to her the entire course of treatment, after which she went to the procedures completely calm and worked successfully, without being distracted by mental problems.

This girl’s attending physician accidentally heard from a traumatologist from a neighbouring hospital department about an ongoing innovative project with holograms. He was very worried about the difficult access to the tumour and asked to make a hologram for placement on the body during surgery for this patient.

An mature, experienced doctor, for the first time in his life, put on AR glasses to plan a complex operation. Within a few minutes, under the guidance of a doctor from an innovative project, he learned to work with glasses, in minutes saw how to bypass the areas most dangerous for damage during surgery. A few days later, performing the operation, instead of the 3 hours initially planned, he gained access to the tumour in 30 minutes, using glasses and holograms on his own.

For every 1000 births - 15 children have a heart defect. 25% die in early infancy, 50% within the first year of life. Technology allows 80% to reach middle age. A serious treatment challenge is the small size of the heart and vital structures in the surgical field. Stopping the heart in open surgery puts the child’s life and health at risk.

After discussions with pediatric surgeons, a hologram of a 5-year-old boy’s heart scheduled for surgery was created. During the consultation, doctors, for the first time using glasses and seeing holograms, saw how it is possible to perform surgery for this heart defect without stopping the heart. With the ability to significantly enlarge the baby’s heart and its location on the body, it is possible to work through minimally invasive access. With such a high-tech tool and interactive advanced visualization, new, less harmful and more successful surgical techniques can be created, saving the lives of young patients. This is a future they desire.