Acta clinica Croatica, Vol. 49 No. 3, 2010.
Stručni rad
The Vascular Hybrid Room – Operating Room of the Future
Narcis Hudorović
Sunčica Andreja Rogan
Ivo Lovričević
Mario Zovak
Saša Schmidt
Sažetak
The last two decades have seen a paradigm shift in the treatment of vascular related diseases from once traditional open surgical repairs to the entire vascular tree being amenable to percutaneous interventions. Neither the classic operating room nor the conventional angiography suite is optimal for both open surgery and endovascular procedures. Important issues for the vascular hybrid operating room include quality of the imaging equipment, radiation burden, ease of use of the equipment, need for specially trained personnel, ergonomics, ability to perform both open and percutaneous procedures, sterile environments, as well as quality and efficiency of patient care. The most important feature of working in a dedicated hybrid vascular suite should be the ability to attain best treatment of vascular patients. Whether the interventional radiologist or the vascular surgeon uses the facilities is of less importance. Establishment of an endovascular operating room suite has the benefit of a sterile environment, and the possibility of performing hybrid procedures and conversions when necessary. Moreover, angiography immediately before treatment gives contemporary anatomical information, and after treatment provides quality control. Consequently, better quality and service can be provided to the individual patient. These changes in the treatment of vascular disease require that a new type of vascular specialist, named ‘vascular hybrid surgeon’, trained to perform both endovascular and open surgical procedures in this highly complex patient group.
Ključne riječi
Operating rooms – organization and administration; Operating rooms – standards; Quality control; Vascular surgical procedures – adverse; Vascular surgical procedures – effects; Vascular surgical procedures – trends
Hrčak ID:
84729
URI
Datum izdavanja:
14.9.2010.
Posjeta: 4.118 *