Minimally invasive operating techniques

Minimally invasive operating techniques

In recent years, great efforts have been made to perform knee implant surgery with the least possible traumatic and invasive impact on the patient.

To ensure positive implant results, performing correct surgical techniques is fundamental, in order to respect the anatomy of the patient and to prevent any damage and trauma to soft tissue.

A project we have worked on in recent years is the E.M.A.S. system, which allows the insertion of the whole knee implant without invading the femoral medullary canal, thus reducing bleeding as well as the risk of post-surgery infection.

This innovative approach also permits relatively simple prosthesis implanting even in very complex cases such as when the patient’s medullary canal is not accessible because of previous trauma or surgery.

This new surgical method has been presented by our team recently at various international congresses and in a range of scientific articles (*)

 

(*)Bibliography:

  • Nuovo approccio metodologico e chirurgico nella protesi totale di ginocchio.
    G. Castellarin.
    Acta Orthopaedica Italica, pagg 27-34, volume n°36, 2013.
  • A new methodological and surgical approach to total knee replacement.
    G. Castellarin, M.Manili, E. Tavella.
    Sphera Medical Journal n. 17 January 2013,pagg 22-26.
  • A NEW SURGICAL APPROACH FOR TKA IN PATIENTS WITH INACCESSIBLE MEDULLARY CANAL
    Poster Presented at the 8th Combined meeting of the Orthopaedic Research Societies, Venice 13-16 October 2013
  • A NEW SURGICAL APPROACH FOR TOTAL KNEE ARTHROPLASTY IN PATIENTS WITH INACCESSIBLE MEDULLARY CANAL. G. Castellarin. 16th European Society Sport knee Traumatology and Arthroplasty (ESSKA), 14-17 M2D 2014, Amsterdam, The Netherlands.
  • A simple and reliable surgical technique to perform TKR in patients with inaccessible femoral medullary canal. EORS 22nd Annual Meeting, 2-4 July, Nantes, France.
  • A new surgical approach for TKA alternative to navigation and patient specific instruments: early clinical  results. G. Castellarin. World Arthroplasty Congress, Paris, 16-18 April 2015.

 

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