Ilizarov Centre for Traumatology and Orthopaedics is the largest and most experienced corrective and rehabilitation institute in the world today. The centre was founded as a Russian Federal institute by Prof. Gavriil A. Ilizarov in 1951 in order to treat post WWII veterans with leg traumas and non-unions. Prof. Ilizarov was the first to develop the process of limb lengthening (later on for treatment of orthopaedic pathology) and successfully implement it to traumatic as well as corrective cases. After his graduation, the Soviet government sent Ilizarov to practice in Kurgan, Western Siberia where there was a shortage of physicians to address post-war medical traumas and cases of osteomyelitis. It was here that he pioneered a fixation frame that was placed around the leg with the application of compression and distraction for the management of fractures knowing that their compression would help stimulate bone healing. At first, there was much resistance and scepticism from the orthopaedic community, but to date limb lengthening has proven to be a very powerful and effective procedure.

In 1966 Ilizarov was appointed head of the laboratory a branch of the Sverdlovsk Trauma and Orthopaedic Institute on scientific investigation and introduction into clinical practice of the Ilizarov method. In 1969 the laboratory was reformed into an affiliation of the Leningrad Research Institute for Traumatology and Orthopaedics and in December 1971 into an independent scientific and clinical institution - Kurgan Research Institute for Experimental and Clinical Orthopaedics and Traumatology (KNIIEKOT). In 1987 the Institute got the status of a federal Centre and in 1993 it was renamed into Russian Ilizarov Scientific Centre for Restorative Traumatology and Orthopaedics.

The scientists of the Centre investigate regeneration and growth of bone and other tissues, carry out basic and applied medical research, develop new techniques and devices for cosmetic lengthening as well as treatment and rehabilitation of patients with bone injuries and orthopaedic pathologies. The Centre has developed and introduced into practice the method of transosseous osteosynthesis after Ilizarov which presents a system of operative and non-operative techniques for management of fractures or bone defects without grafting, elimination of bone shortening and deformities, treatment of pseudoarthrosis, hand and foot pathology and pathology in major joints.

The scientists and surgeons of the Centre compiled 129 theses for medical degrees, published 3500 scientific articles, 16 books and 36 issues of collective scientific works as well as prepared 132 practical manuals on the Ilizarov techniques for surgeons. The faculty of transosseous osteosynthesis trains surgeons on the Ilizarov technique with Dissertation Council and post-graduate courses functioning on a permanent base.

The Ilizarov technique was introduced to the West in the 1980s, predominantly via Italian surgeons. It gained popularity in the 90s, and has been used successfully by many surgeons throughout the world now. In most developing countries it is a highly specialised technique used mainly for deformity correction by experienced deformity surgeons due to its complexity.




Russian Ilizarov Scientific Center for Restorative Traumatology, Achondroplasia, and Orthopaedics is situated in Kurgan, Russia. It is now the world's largest scientific and research centre of this specialisation. Through all this time our doctors have collected unique experience in treatment with the Ilizarov method. Our Center features the necessary conditions to provide our patients with high quality treatment for the entire duration of one's procedure. It includes 17 specialised departments, provides over 1000 beds, features 23 operating theatres, 2 hyperbaric oxygen therapy rooms, 3 exercise rooms, 2 physiotherapy rooms and a massage room. The centre also incorporates a pharmacy, cyber café, ATM machines, a restaurant and 2 shopping kiosks for the additional convenience of our patients.

Achondroplasia
Achondroplasia

Patients stay in the hospital during their entire treatment. It is one of the advantages versus other hospitals, which provide hospital care only for several days after the operation. Patients are provided with single rooms each equipped with a bathroom, TV set, phone and a kitchen with microwave oven and refrigerator. For an additional fee they can have access to satellite TV and Internet. Patients are provided 3 meals a day with the diet specifically developed to promote bone regeneration. It is rich with vitamins, calcium and protein.

Achondroplasia
Height Increase Othopaedics
Height Increase Othopaedics
Height Increase Othopaedics


The hospital is positioned within a central business location. There are post offices, banks and several supermarkets all within walking distance to suit patients' requirements.

The Centre also incorporates a dedicated international department to provide aid of translation services. The department consists of seven staff members speaking all major languages including English, Spanish and French. Translation services are complimentary and staff are present in the Centre on a daily basis. Translators accompany physicians during their patient checkups however are also available on request to carry out patient errands.



Ilizarov Height Increase
As the Russian Federation operates under a public health scheme, prices for patient treatments are therefore regulated by the Russian Government. This allows the Ilizarov limb lengthening procedure to be a practical and affordable option for prospective patients. For more information regarding prices on our height increase procedure please contact us.



Ilizarov Height Increase
The Ilizarov US office organises all paperwork necessary for patients to obtain entry to the Russian Federation. Relevant documents will be collected by our US office and submitted to the Russian Embassy for visa issuing. Please allow us 4-6 weeks from the date of your initial application in order to process the appropriate documents and obtain your visa.
The US office will require the following data to organise your visa:

» Scanned passport copy
» Place of birth (city, country)
» Home address
» Place of work or study, its address and position of an applicant
» City where a visa will be obtained

Please ensure that your passport is valid for 1 year after your intended departure date to Russia in order to avoid any complications with visa processing.

Flights from Moscow to Kurgan depart a few times a week. The US office will book your domestic ticket from Moscow to Kurgan in advance for the ease of your travel. To organise your international ticket to Moscow you may book it independently or this can also be arranged for you by our staff.

Upon arrival in Kurgan, a member of the Centre will meet you at the airport and escort you to the hospital where you will be accommodated and your initial consultation scheduled.



Ilizarov Height Increase
A less invasive technique for distraction osteosynthesis was developed by a Russian orthopedist Gavriil Abramovich Ilizarov in the 1950s.  His work was introduced to Italy in the 1980s as a result of the former Soviet Union's policy of glasnost, and later to the United States (Frankel et al, 1988).  According to Ilizarov's principle of "tension stress", bone and soft tissue will heal and regenerate in a predictable fashion under tension.  The Ilizarov procedure comprises 4 phases: (i) corticotomy (a special type of percutaneous osteotomy) and placement of an external fixation system, (ii) latency period, (iii) distraction, and (iv) consolidation.  This method has been employed to treat a wide variety of bone defects including limb lengthening while correcting concurrent associated angular and rotational malalignments, transporting bone segments to fill fracture gaps, and healing non-union fractures.  Compared to other alternatives such as the Wagner technique, the Ilizarov method requires only one surgical procedure and appears to have fewer complications.  Additionally, the Ilizarov procedure allows for simultaneous correction of multiple deformities, early movement of adjacent joints, as well as early weight bearing (Do and Sadove, 1992; Simard et al, 1992).