Participation in SIGNUS Medizintechnik roundtable
The LSZ system was developed for the surgical treatment of scoliotic deformity by plate endocorrectors, helping to individualize the approach in choosing an implant for a particular patient depending on the assigned treatment tasks, take into account the age, the volume of soft tissues in the field of surgical intervention the size and strength of the bony formations of the vertebrae at the site of fixation of the structure.
Endoscopic correctors LSZ allow to correct the deformation of the spine in three planes during the operation, reduce traumatism, reduce the time of the operation and keep the achieved result unchanged. Using plate endocorrectors, there is no need for intervention on the anterior spine (discotomy, discectomy, osteotomy of vertebral bodies, etc.), spondylodesis is not performed, although the LSZ system does not interfere with this. We analyzed 373 cases of operative treatment of idiopathic scoliosis according to this method. Among the patients of males there were 47 (12.60%), female - 326 (87.40%). The age of the patients ranged from 7 years to 44 years. The average age was 14.42 + 2.37.
Professor A.Laka and Professor M.T. Sampiev, as well as Dr. D.Kaizer (Germany), told about the application of the endocorrector of the spine in children in the treatment of scoliosis. Among the listeners were doctors from Germany, England, Belgium, Brazil and Spain. Then the Russian professors organized a master class on models with demonstration of the main stages of surgical intervention. Russian innovative development aroused great interest among many specialists. In their statements, foreign colleagues asked to implement this technology more quickly in their countries, create training centers, publish books and methodologies on this technology. In conclusion, Professor N.V. Zagorodniy expressed his hope for the great success of Russian developments in the field of scoliosis treatment in both children and adults, as well as fruitful cooperation with SIGNUS.
In 2021, RUDN launched a grant support system for young scientists and research teams. To date, 247 teams from various institutes and faculties, including those outside our university, have participated in the program.
A young scientist at RUDN University is not just a researcher, but a bridge between cultures and disciplines. Their strength lies in “hybrid” thinking: they combine the traditions of the Russian academic school with a global perspective, work in international collaborations, and see science as a tool for solving specific problems facing humanity — from food security to interfaith dialogue. Their research is born at the intersection of faculties, and the results speak for themselves in Q1 and Q2 articles and real technologies.
Sergey Ivanov, a scientist from St. Petersburg, became the first winner of the RUDN University International Prize for scientific achievements and merits in the field of mathematics in the amount of 5 million rubles.
In 2021, RUDN launched a grant support system for young scientists and research teams. To date, 247 teams from various institutes and faculties, including those outside our university, have participated in the program.
A young scientist at RUDN University is not just a researcher, but a bridge between cultures and disciplines. Their strength lies in “hybrid” thinking: they combine the traditions of the Russian academic school with a global perspective, work in international collaborations, and see science as a tool for solving specific problems facing humanity — from food security to interfaith dialogue. Their research is born at the intersection of faculties, and the results speak for themselves in Q1 and Q2 articles and real technologies.
Sergey Ivanov, a scientist from St. Petersburg, became the first winner of the RUDN University International Prize for scientific achievements and merits in the field of mathematics in the amount of 5 million rubles.