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Compact design to fit every environmentA compact design equippedwith singleor dual high-luminance 19" flat-screenmonitors makes theOEC Fluorostar 7900Compact a first option for confinedoperatingrooms and a true clinicallyversatile product eliminating theneedfor a separate monitor cart.
7900 why?GE Healthcare continuesits technical leader-ship influoroscopicimaging with theOEC Fluorostar7900. It bringsa highqualityimaging systemfocused on helping surgeonsand their staffincreasing patient
cart & multiple applications, for versatileclinicalenvironments, Fluorostar 7900was designed with an aim to meet yourexpectations in urology, endoscopy, orthopedics, vascular andcardiology.It is also suitable for neurological applications,applications in intensivecare, and accident & emergency.
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Der digitale mobile C-Bogen OEC Fluorostar 7900 4th Edition ist ein vielseitiges, hochqualitatives Bildgebungssystem, das darauf ausgelegt ist, die Produktivität von Chirurgen und OP-Personal zu steigern und gleichzeitig eine ausgezeichnete Patientenversorgung zu ermöglichen.
Der Fluorostar 7900 wurde speziell im Hinblick auf die Anforderungen in der Urologie, Endoskopie, Orthopädie, Gefäßmedizin und Kardiologie entwickelt. Er eignet sich auch für neurologische Anwendungen und den Einsatz in der Intensivpflege sowie der Unfall- und Notfallmedizin.
The procedures were performed in the operating room using a standard sterile technique. Fluoroscopy (OEC Fluorostar 7900, GE Healthcare) was employed for intraoperative checking in the anteroposterior, lateral, and oblique views during all procedures. Preoperative plain radiographs and CT scans of the target vertebrae were reviewed to plan the trajectory of the trocars and for subsequent cement augmentation. The whole procedure was basically similar to vertebroplasty except for the existing pedicle screws. At the start of the procedure, the patient was placed prone on the operating table. The surgical field and surgical drapes were carefully disinfected. Fluoroscopy was used to determine the target level and placement of the trocars. Local anesthesia with 1% lidocaine was injected through a 21-gauge 7-cm syringe (Nipro Medical Corp.) along the planned trajectory until bone contact was made, under fluoroscopic guidance. Then a 13-gauge 12.7-cm trocar (Stryker Corp.) was inserted into the vertebral body via the latero-pedicular approach, along the path of the target pedicle screw, and was kept lateral to the loosened screw (Fig. 1A). The trocar tip should always be kept in close contact with the lateral wall of the loosened pedicle screw to avoid dural injury on the medial side. The trocar position was routinely checked through repeated standard anteroposterior and lateral fluoroscopic views (Fig. 1B). Since the trajectory of the trocar was frequently blocked by the hardware and bony structures, additional oblique views of the spine were often required to allow for better visualization of the trocar tip position. The final, precise position of the trocar tip was checked using a probe to touch the anterior cortex of the vertebral body to make sure the trocar was within the vertebral body (Fig. 1C). The same steps were repeated on the contralateral screw. After the bilateral trocars were properly set up, the air or fluid around the loosened pedicle screws within the vertebral defect was aspirated before the cement infusion. Cement (Osteopal, Heraeus Medical) was carefully injected under lateral fluoroscopic guidance in real time (Fig. 1D). If there was any doubt about the trocar and cement location, oblique and other-angle fluoroscopic views were obtained. The cement filling began from the distal region of the screws and slowly extended to the posterior vertebral body (Fig. 1E). Then the location and bevel direction of the trocar were adjusted according to the remaining filling defect. The posterior limitation of the cement augmentation should not exceed the posterior cortex of the vertebral body. The injection was performed bilaterally (Fig. 1F) until the cement filled the defect completely without extravasation into the spinal canal or neural foramina. 2b1af7f3a8