Knowledge base

2024.07.23

Computed tomography perfusion – everything you need to know about CT perfusion imaging

2024/07/23

Perfusion tomography is an advanced examination used alongside standard computed tomography, which has developed significantly in recent years, offering new possibilities in the diagnosis of ischaemic lesions in various organs. This method allows acute ischaemic foci to be identified at a very early stage, which is possible thanks to the use of state-of-the-art imaging techniques.

2024.04.19

Digital imaging

2024/04/19

Digital imaging, like the invention of X-rays earlier, was a revolution in medical diagnostics, enabling increasingly precise and rapid analysis. This technology goes significantly beyond the capabilities of traditional radiological methods, offering incomparably better image quality and greater diagnosis efficiency.

2024.04.19

Computed tomography of the heart

2024/04/19

A cardiac CT scan is a specialised, non-invasive diagnostic imaging test that uses X-rays to create detailed images of the heart. It is particularly useful in diagnosing coronary artery disease and assessing the risk of myocardial infarction, as well as in diagnosing heart defects and evaluating the patient’s condition after cardiac surgery.

2024.04.19

Craniofacial computed tomography

2024/04/19

Craniofacial computed tomography is an extremely precise imaging test, which achieves a high level of detail owing to the use of multi-row CT scanners and state-of-the-art software that makes it possible to create virtual anatomical models of the complex structures of the viscerocranium

2024.04.19

Computed tomography of the shoulder

2024/04/19

The shoulder and shoulder girdle are complex structures that may sustain many different types of injuries. A shoulder CT scan makes it possible to diagnose all kinds of abnormalities occurring in the shoulder joint, involving both bones and soft tissues, muscles, joints, ligaments or veins. Importantly, it is a quick, painless and non-invasive examination, which allows precise diagnosis and monitoring of therapeutic effects.