192 1 was born in the village of kusale at the junction of Azerbaijan and Dagerstam. Both parents are members of collective farms in the former Soviet Union. Grazing, farming and chopping wood were the whole life of Gaja A. Iriza Lov's childhood. Later, he studied in an accelerated middle school for workers and peasants for five years, and then entered the Crimean Medical College for further study. 1944, after graduating from Crimea Medical College, Gaja A. Iriza Lov was assigned to Dolgov Village, a small mountain village in Kurgan, Siberia 150 km away. Dental implants, internal medicine, surgery, gynecology, pediatrics and facial features were his daily work. At that time, shortly after the end of World War II, millions of disabled patients left behind were assigned to hospitals all over the former Soviet Union for treatment. Jia A. Iriza Love often used classical orthopedic techniques such as "beating steel plate" and "plaster fixation" at that time to treat patients with chronic osteomyelitis and nonunion caused by these war injuries, but the effect was not good, and some serious patients could only have amputation.
Once Agha Iriza Love found that the stable wheel structure is very similar to the cross section of human limbs, the central axis of the wheel is the bone, and the surrounding tires are similar to the soft tissue and skin of the limbs. If the principle of wheel configuration is used to fix or treat the broken limb fracture, there is no need for surgery and effective fixation can be obtained. So he made two wheel-like steel rings and connected them with 3 ~ 4 screws, and the prototype of an annular external fixator was born. He installed the circular external fixator on the broken limb of the patient, and the upper and lower steel rings of the broken bone passed through the upper and lower sections to fix the broken bone. The steel needle penetrating the bone and the steel ring were fixed together, so that the broken bone was firmly fixed, and the distance between the two steel rings could be adjusted to pressurize the broken bone, thus accelerating the healing of the bone. With this instrument and technology, Aga Iriza Love has cured many patients with nonunion who could not be treated in the past. Later, he invented more than 600 external fixators and treatments named after him, but the foundation of the wheel ring has not changed so far.
Traditional orthopedic theory holds that human fracture ends can only contact each other, which is beneficial to bone healing, and reasonable compression between fracture ends can promote bone healing process. If the fracture ends are separated to form a gap, nonunion may occur. 195 1 year, Gaja A. Iriza Love used its annular external fixator to treat a patient who received knee compression fusion due to infection, but the patient misunderstood Gaja A. Iriza Love's doctor's advice and gradually pulled the osteotomy end to 2cm instead of compression. Jia A. Iriza Love was surprised to find that from the patient's X-ray film, new bone was formed in the bone space along the traction direction. Aware of the potential significance of this discovery, he set up a research team in the most basic rural hospital to conduct a traction test with a broken dog leg. The results show that installing an external fixator at the broken end of the fracture and giving it a stable, continuous and slow traction process can stimulate bone regeneration and repair bone defects. He used this experiment to treat patients with nonunion, chronic osteomyelitis and bone defect, and all of them were cured. Later, he applied this idea and improved instrument technology to the treatment of unequal length of lower limbs and the correction of various limb deformities, and achieved great success.
According to long-term experiments and clinical findings, human bones, like connective tissue and epithelial tissue in human body, have great reproducibility and plasticity. Doctors can make bones grow or shorten according to the doctor's wishes to a certain extent as long as they master the growth law and use certain medical means, so as to "recover" the fingers and toes lost due to trauma. It can correct and repair some congenital defects and acquired deformities of the human body.
Because Jia A Iriza Love works in a small hospital, before 1965, his inventions and theoretical ideas were not recognized by the academic circles and the government, and even some experts banned this method. However, the peculiar treatment effect and low medical expenses gradually attracted hundreds of patients, including eastern European countries, to see a doctor in Kurgan. 1968 brumel, the former Soviet world high jump record creator, was injured in his right leg. After 32 operations, he failed to recover. The Moscow hospital decided to amputate his leg, but he returned to the playground after being treated by Jia A Iriza Love, which caused a sensation and attracted the attention of senior leaders of the former Soviet Union. Subsequently, an 800-bed "Trauma Repair and Orthopedic Surgery Center" was established in Kurgan. A research institute composed of more than 100 experts and two factories producing Aga Iriza Love therapeutic instrument were established, and this technology and theory were deeply studied, and finally the tensile stress law of traction tissue regeneration was formed.
For political reasons, the theory and technology of Jar A Iriza Love have not been understood by western countries for a long time. When CarloMauri, an Italian explorer, went to Siberia in 1980, his infected tibial nonunion was cured by Jia A. Iriza Love, which attracted the attention of the Italian orthopedic community. In June 198 1, Jia A. Iriza Love was invited to give a lecture in Italy. Since then, his brand-new orthopedic treatment system has gradually spread from Italy to other countries in Western Europe and even the world.
1On July 24th, 992, Aga Iriza Love passed away, and government agencies and social organizations in more than 30 countries around the world sent messages of condolence. The flag in Kurgan flew at half mast. This is because the medical technology he invented and the biological theory he discovered have spread all over the world, and have had different degrees of influence on orthopedics, pediatric surgery, plastic surgery, neurosurgery, vascular surgery and tissue engineering research. The discovery, invention and technological innovation of Gaja A. Iriza Love were all formed in the most basic hospitals. His experience of continuous clinical research and medical practice according to patients' needs has also aroused the reflection of clinicians all over the world. Countries' comments on the theoretical discovery and technical invention of Gaja A. Iriza Love are another great contribution of Russians to world medicine after Pavlov (1904 Nobel Prize winner in Physiology) and a milestone in the development of orthopedic surgery in the 20th century. 1 and 1965, Iriza Love's invention was officially recognized by the relevant departments of the former Soviet Union; He was awarded the title of socialist labor hero of the Soviet Union, meritorious doctor and inventor of the Russian Federation, and was elected as an academician of the former Soviet Academy of Sciences in the 1980s. Since then, this technology has been widely spread.
2. 1982, Iriza Love was invited by the Italian AO Association to give an academic report in western countries for the first time, which attracted great attention from the Italian orthopedic community.
3.1June, 984, Italy held the second Iriza Loff technical training class. Professor Miller, chairman of SICOT and founder of AO, attended the meeting and spoke highly of it, calling it Michelangelo in the history of orthopedic surgery. Iriza Love was invited to hold conferences in Italy, Spain, France, Switzerland, Brazil, the United States, Japan and other places, which made Eastman's theory and technology spread rapidly in Europe, America and Asia.
4. After the invention of 4.Iriza Love was exhibited in Tsukuba in 1985, many medical scientists all over the world praised it as a great miracle in the history of medicine. Professor Kurokawa, President of the Japanese Orthopaedic Society, and his colleagues visited Kurgan, Russia for many times to study Iriza's love theory and technology, which was quickly popularized and applied in Japan.
5. In the early 1990s, Iriza Love's theory and technology were generally accepted by western countries, and some countries, such as the United States, Europe and Asia, successively established the Iriza Love Society for Method Research and Application. And held dozens of international seminars and promotion conferences on akg of Iriza. 1997 Iriza Love's theory and technology became the orthopedic course of American Orthopedic Association. Up to now, Iriza akg has restored the health of millions of people with trauma, limb deformity and limb defect in more than 50 countries around the world.