CT Angiography in Germany

Contrast-enhanced CT vascular imaging to assess the coronary arteries, carotid arteries, aorta, pulmonary vasculature, or peripheral leg and pelvic vessels. The practice also offers contrast-free MR angiography of the neck and pelvic-leg vessels as an alternative for patients unable to receive contrast. Performed at Radiologie am Turm under Prof. Dr. Jacobi. Includes personal radiologist consultation. No referral required for self-pay patients.

Contrast-enhanced multislice CT imaging of arteries and vessels throughout the body. Produces coloured 3D vascular maps without probe insertion. Used for aneurysm detection, arterial occlusion assessment, and renal or peripheral vascular disease.

Non-invasive 64-line CT visualisation of the coronary arteries to detect narrowing and atherosclerosis without catheter insertion. RZM's cardiovascular team uses the Siemens AS64 for high-resolution coronary imaging. Excludes or confirms significant coronary artery disease in a single outpatient appointment.

Contrast-enhanced 64-slice CT imaging of the vascular system producing 3D vessel maps. Diagnoses aneurysms, arterial stenoses, vascular occlusions, and pulmonary embolism without arterial probe insertion. Suitable for patients with pacemakers who cannot have MRI.

Contrast-enhanced CT angiography of aortic, carotid, or other vascular territories on a 640-slice Canon Aquilion ONE GENESIS scanner at Munich's specialist cardiac centre. One-beat coverage of the entire aorta from root to iliac bifurcation. GOÄ self-pay estimate ~€390.

Non-invasive CT imaging of the coronary arteries using contrast dye to visualise blockages, narrowing, soft plaques, and anomalies in precise three-dimensional detail — without catheter insertion or hospitalisation.

Non-invasive CT coronary angiography on a 128-slice Siemens Somatom goTop to visualise coronary artery lumen and detect stenoses — an alternative to invasive catheter angiography. Self-pay approximately €449.

Contrast-enhanced CT imaging of the coronary arteries to detect blockages, narrowing, and vascular abnormalities. Produces detailed three-dimensional vessel maps within seconds.