Истории клиентов

Veit Braun, MD, Head of Neurosurgery | Jung-Stilling Hospital

Stereotaxy - Calmness through precision
Updated Октябрь 10, 2019 3 minute read
“Since we started using Brainlab products in our new Digital O.R.s, overall surgical time is down 15%. We simply load the plans preoperatively onto the PACS and, through Brainlab Node, they are available in the operating room in seconds.”
Veit Braun MD, head of neurosurgery at Jung-Stilling Hospital, Siegen

About Jung-Stilling Hospital

Map of Germany indicating Jung-Stilling Hospital
  • Opened in 1947
  • 800 hospital staff
  • 400 beds
  • 17,000 inpatients, 25,000 outpatients annually
  • Focus on modern medical technology and interdisciplinary treatments

Ludwig-Maximilians-University Hospital is the second largest university hospital in Germany. The newly-constructed O.R. Center at Grosshadern was opened in 2014 and is among the largest and most modern in Europe with 32 in-patient and four out-patient O.R.s, a centralized sterilization unit, 70 intensive care beds and an interdisciplinary emergency unit. In addition to providing optimal patient treatment, the hospital also plays an important role as a leading teaching and research institution.

Challenges
  • Even though devices in the O.R. worked well individually, they were challenging to use together as one system
  • Surgeons were losing time in the operating room by having to work with an array of unconnected systems
  • In many cases, patients were bringing their own digital scans from other medical centers, resulting in a mix of data that could not be read or worked with on one single software
Goals
  • Enable fast access to patient data for the whole surgical team preoperatively, intraoperatively and postoperatively
  • Integrate patient images into a single system that would allow the team to visualize, edit and document
  • Handle and edit patient images quickly, easily and directly in the O.R.
  • View, store and handle data precisely
    Patient consultation with 3D visualization

    O.R. Configuration

    • 2 Buzz systems
    • 1 Curve Navigation system
    • 1 Node Server as central data node between O.R., office, and hospital archives
    • Elements DICOM Viewer for intraoperative viewing and planning
    • Elements DICOM Viewer 3D Stereo for pre-op case planning, teaching, and patient consultation
    • Elements Image Fusion, SmartBrush
    • Fibertracking

    Highlights

    Veit Braun, MD, Head of Neurosurgery at Jung-Stilling Hospital, shares some of his highlights since the Digital O.R. went into clinical use.

    • Precise and fast procedures—Planning a procedure prior to surgery is not only useful for the surgeon in order to be prepared, but it also saves time in the operating room. We can now plan and view the procedure in advance with Brainlab Elements
    • Interactive patient consultation—Showing patients their planned procedure in stereoscopic 3D really helps them feel well-informed and safe. DICOM Viewer 3D Stereo enables us to interactively involve patients in their own treatment
    • Keeping the team on the same page—The main value of Buzz in the O.R. is the possibility to centralize and enhance information about the patient all in one place. The Buzz display is large enough to allow the whole surgical team to view the plan
    • Expert consultation to ensure optimal outcomes—We also routinely use Buzz as a consultation system. If another surgeon needs a second opinion or has a specific question during surgery, all I have to do is start the conferencing application from my office PC and can immediately see the situation and provide my insights
    • Integrating and working with external patient images—Integrating patient images from other systems and hospitals is one of the biggest values we see in Brainlab technology. Now, when a patient is transferred to us from another ER, I receive the MRI and CT data digitally while they are still on their way. Their images are loaded to our PACS and available immediately on the Brainlab Elements Viewer. Before the patient even arrives, I can segment the images as needed and create on-the-fly 3D reconstructions, allowing me to evaluate the case and make a surgical plan. When the patient arrives, we can start right away, avoiding wait times that can be costly for both the hospital and the patient’s well-being