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Outpatient clinics
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Services
Conventional X-ray
Conventional X-rays have been a tried and tested examination method for over a century. Technical innovations have made it possible to significantly reduce the required radiation dose. We use the latest generation of digital, computer-aided systems. This method is particularly suitable for imaging the skeletal system, the lungs and the urogenital system. Soft tissue is also imaged for special questions, such as the search for foreign bodies. Most examinations are carried out in at least two spatial planes; sometimes a comparison with the healthy side of the body is necessary.
No appointment is necessary for conventional X-ray examinations.
Digital X-ray
Our radiology department is fully digitalised. Modern digital X-ray systems with detectors or imaging plates are used instead of the traditional film-foil technique. The examination data is stored in digital archives, which enables paperless operation. This means that all outpatient clinics and clinical departments can access imaging findings and previous examinations at any time. We have implemented special technical solutions for fast and secure data exchange with Innsbruck University Hospital.
Patients can receive their radiology examination results on a CD if required.
Examinations for pregnant women
X-ray examinations are only carried out in exceptional cases during pregnancy. Women of childbearing age must therefore sign a written declaration of consent. Ultrasound examinations, on the other hand, are safe to perform.
Diagnostic procedure
Computer tomography
Modern computer tomography for precise diagnoses:
Our state-of-the-art 64-slice Multislice CT offers outstanding image quality and a wide range of technical features. This device is characterised by its high efficiency and considerable dose savings. The new CT system brings with it a significant increase in diagnostic possibilities and makes a major contribution to improving patient care.
Less radiation, more safety
Computer tomography (CT) uses the latest technologies to reduce the X-ray dose. For routine examinations, we can reduce the radiation exposure by 30-50%. An even greater reduction is possible for special examinations. This is particularly important for radiation-sensitive groups such as young adults, women, children and patients who require multiple examinations.
Efficiency in emergency diagnostics
A long examination table and a high-quality tube-detector system enable the rapid assessment of critically injured patients in the trauma room. Scans from the skull to the ankle can be performed in a single examination without repositioning. The high resolution also enables first-class CT angiographies of the coronary arteries and the detailed visualisation of the smallest structures.
Innovative imaging with dual energy
Dual-energy technology uses different tube voltages to identify specific substances. This enables, for example, the detection of uric acid deposits in gout and the differentiation of calcifications. This technique is also helpful in oncology, as it reduces artefacts and can better characterise the composition of kidney stones.
Precision in interventions
We use real-time CT fluoroscopy for CT-guided procedures such as organ punctures or abscess drainage. This allows us to guide puncture or drainage needles precisely and under constant control to the target location.
Magnetic resonance imaging
Proven imaging technology
The Department of Radiology has one of the most powerful magnetic resonance tomographs in the region. The modern 1.5 Tesla MRI, developed by General Electric, guarantees the highest image quality.
Precise diagnoses thanks to advanced technology
Thanks to the highly developed Signa-HDx system, patients can be examined radiation-free in the shortest possible time The device enables the precise detection or exclusion of injuries and diseases through high-resolution imaging and thus the acquisition of detailed information.
Versatile application options
Particular emphasis should be placed on the exceptional visualization of the head, brain, nerve pathways, joints, breast tissue, and vessels. The device also offers cardiac imaging options.
Access for all patients
Our comprehensive range of services is not only available to inpatients at St. Vinzenz Hospital. Doctors in private practice can also refer their patients to our radiology department for outpatient examinations.
These examinations are free of charge for patients with social insurance.
Mammography
Prevention and early detection of breast cancer
Mammography is a specialised X-ray examination of the breast, which is usually carried out using two separate X-ray images on each side. This method is of central importance for the early detection of breast changes. If the breast tissue is particularly dense, an additional ultrasound examination may be necessary.
Crucial examination
As part of the Austria-wide breast cancer screening programme, regular mammograms are carried out at St. Vinzenz Hospital for early detection.
- For women aged 45 to 69: The examination can be carried out every two years using the e-card, which is activated for mammography during this period.
For women aged 40 to 44 and 70 and over: Registration takes place via a one-time call to service line by dialling +43 800 500 181 (Monday to Friday, 8:00 am to 6:00 pm) or via the programme website: www.frueh-erkennen.at.
Once the e-card has been activated, usually two days after registration, an appointment can be made at a participating radiology location. Approximately one week after registration, an invitation letter will be sent out by the social insurance company containing further information on the programme.
Reminder of the examination
Every two years, you will receive a reminder about the mammogram in the form of an invitation letter from the social insurance. The e-card is sufficient for the examination itself, the invitation letter is not required.
In the event of medical conditions or suspected illnesses
Mammography can be carried out at any time, regardless of age, on the basis of a referral from a doctor if there are signs of changes, in the event of breast cancer, as part of follow-up care or if there is a family history of increased risk (additional information can be found at www.brustgenberatung.at or www.frueh-erkennen.at)
Further diagnostics
The St. Vinzenz Hospital serves as an assessment centre for the further clarification of abnormal mammographic or clinical findings. A tissue sample is often taken from the breast for detailed examinations. This procedure is performed on an outpatient basis using a puncture needle under local anaesthesia. The analysis of the tissue sample is carried out in the pathology laboratory of Dr. Obrist/Dr. Brunhuber in Zams.
Bone density measurement – osteodensitometry
Bone density measurement, also known as osteodensitometry, is carried out using state-of-the-art equipment that has been specially developed for this diagnosis. In contrast to the earlier method with computer tomography, today “DEXA devices” (Dual-Energy X-ray Absorptiometry) are used. The DEXA measurement is the most reliable method for the early diagnosis of osteoporosis. Thanks to its high precision, it enables an exact determination of bone density, which is crucial for the early detection of bone loss and the initiation of suitable measures.
Radiation protection
Safety during the X-ray examination
We attach great importance to keeping radiation exposure during X-ray examinations as low as possible in order to ensure patient safety. We achieve this through:
- Minimisation of the number of X-ray examinations: Only necessary recordings are made.
- Use of the latest technologies: We use advanced equipment that enables precise and targeted application of X-rays.
- Training and further education for our employees: Regular training ensures that our team is always up to date with the latest technology and applies the best practices in radiation protection.
Special consideration for sensitive tissues
Certain areas of the body are particularly sensitive to X-rays. These include:
- Genital organs
- Thyroid gland
- Eye lenses
- Hematopoietic bone marrow, especially in children and adolescents
Special protective measures and adapted examination techniques minimise the risk to these sensitive areas.
Further information is available at: Plattform für medizinischen Strahlenschutz
Interventional radiology
This young branch of radiology is characterised by the performance of minimally invasive therapeutic and diagnostic procedures under imaging control. By using technologies such as angiography, ultrasound, computer tomography and occasionally magnetic resonance imaging, this specialty enables precise interventions with little physical strain for the patient.
Typical interventions
Various procedures are carried out in interventional radiology.
- Balloon angioplasty and stent implantation: In peripheral arterial circulatory disorders (intermittent claudication), vascular constrictions are widened with balloons or stabilized with metal stents.
- Vascular reconstruction: Complete vascular occlusions are reopened to improve blood circulation.
- Embolization: This method is used for severe bleeding that cannot be controlled conservatively or surgically. This involves the targeted closure of vessels to stop the bleeding.
Access for these procedures is usually via an arterial puncture, for example in the groin or arm. The procedures are performed under sterile conditions via a vascular sheath and a guide wire.
The following specialised procedures are performed at St. Vinzenz Hospital in close cooperation with clinical partners:
- Percutaneous transluminal balloon angioplasty and stent implantation for the treatment of peripheral arterial occlusive disease (PTA).
- Stent implantations for the treatment of bile duct stenoses or obstructions (PTCD).
- Organ punctures, for example to clarify unclear lung or liver lesions.
- Abscess drainage for the relief and treatment of pus accumulations.
- Articular and periradicular infiltrations for pain relief in the spinal column area.
- Diagnostic interventions for the examination of breast changes associated with breast cancer.
- Removal of intravascular foreign bodies to eliminate blockages or complications.