Our Services

Our experienced team of radiologists, specialized in breast diagnostics and interventions, offers a personalized and comprehensive service for the early detection of breast cancer and the evaluation of benign and malignant breast conditions. Patients are examined using state-of-the-art equipment, and in many cases the results can be discussed immediately. We understand our patients’ concerns and provide a compassionate and timely diagnostic assessment.

What happens during the examination? 
During a mammography examination, the breast is positioned between the X-ray unit and the image receptor and is then gently compressed with a compression plate for a few seconds to obtain the image. The greater the compression of the breast, the better the image quality and the lower the radiation dose. Two images of each breast are taken in different positions.

An X-ray tube and a detector rotate around the patient, generating a large number of projections. Using mathematical reconstruction processes, these projections are converted into so-called cross-sectional images. From this data set, images can be reconstructed in any body plane or calculated three-dimensionally.

What happens during the examination?

While lying on an examination table, you will be moved through a ring-shaped opening. From there, multiple cross-sectional images of your body are taken using X-rays at millimetre intervals. For certain examinations, you may be asked to hold your breath for a few seconds. You will be informed via an intercom system.

For most examinations, a contrast agent is injected into a vein in your arm. This enhances image contrast and allows better assessment of organs and blood vessels. The warm sensation that may occur is normal. The contrast agents used today are generally well tolerated and are quickly eliminated by the kidneys.

CT is used, among other things, for the following examination

• Imaging of the chest (thorax)
• Visualization of pathological bone structures and detection of even the smallest fractures
• Evaluation of diseases of the abdominal cavity (abdomen)
• Imaging of the skull base, paranasal sinuses, and middle ear
• Detection of calcifications of the coronary arteries
• Examinations for patients with cardiac pacemakers and implanted defibrillators
• Examinations for patients with older cochlear implants (inner ear prostheses)
• Examinations for patients with metal fragments in the body
• Pain therapy of the spine and joints (CT-guided injections)

• Various types of interventional procedures

Magnetic resonance imaging, abbreviated as MR(T) or MRI (from Magnetic Resonance Imaging), is a cross-sectional imaging technique, similar to computed tomography, that allows a clear, superimposition-free view of the inside of the body. However, unlike CT, MRI does not use X-rays but operates with strong magnetic fields.

Magnetic resonance imaging enables imaging of the human body without the use of ionizing radiation (i.e. without X-rays or radioactive substances). Hydrogen atoms in the human body are excited within a magnetic field and, under the influence of electromagnetic radiofrequency fields, generate a specific resonance. This resonance can be converted into images using complex mathematical reconstruction processes. 

How do I prepare for an imaging examination?
Before the examination, you will be asked to remove all metallic and magnet-sensitive objects (e.g. jewelry, credit cards, mobile phones, keys, etc.). For certain clinical indications, a contrast agent is injected into a vein during the examination. For this purpose, a venous access will be placed beforehand.

What happens during the examination?

Depending on the body region being examined, the procedure takes between 20 and 90 minutes. For optimal image quality, it is important that you remain still throughout the entire examination. The scanner produces loud knocking noises; therefore, you will be provided with hearing protection and headphones through which you can listen to music.

You can reach the medical staff at any time during the examination by using the emergency call button. The staff can communicate with you at all times via the intercom system.

Why is a contrast agent needed??
MRI contrast agents help differentiate pathological processes from normal tissue, improve image quality, and provide information about blood flow. These contrast agents are generally very well tolerated. If you have any questions or concerns, please feel free to contact our medical staff at any time.

What are the advantages of an MRI?

• No exposure to ionizing radiation
• Can also be used in adolescents and children
• In individual cases, possible in pregnant women from the 4th month of pregnancy onward
• Very precise, low-risk, and painless examination that provides detailed diagnostic information with minimal effort
• Visualization of organs and tissues in any desired plane and slice orientation

• High contrast between healthy tissue and pathological changes

• Sehr gute Darstellung der meisten Gefässe ohne invasive Methoden
• Excellent visualization of most blood vessels without invasive methods
• Relatively short examination time thanks to modern scanner technology

• Excellent tolerability when contrast agents are used

Please note: 
MRI emergency examinations are available at short notice as well as outside our regular opening hours.