Medical Centre
Diagnostic
Warszawa 78 Koszykowa Street

• CT ANGIOGRAPHY OF THE HEAD 

• CT ANGIOGRAPHY OF THE NECK 

• CT ANGIOGRAPHY OF THE ABDOMEN/PELVIS 

• CT ANGIOGRAPHY OF THE CHEST 

• CT ANGIOGRAPHY OF THE LOWER LIMBS 

• CT ANGIOGRAPHY OF THE THORACIC AORTA 

• CT ANGIOGRAPHY OF THE PULMONARY ARTERIES  

• HEAD CT SCAN 

• TK NOSOGARDŁA 

• TK OCZODOŁÓW 

• TK CRANIOFACIAL  

• CT SCAN OF THE PARANASAL SINUSES 

• CT SCAN OF THE TEMPORAL BONES 

• NECK CT SCAN 

• TK HRCT 

• CHEST CT SCAN 

• LOW-DOSE CHEST CT SCANS 

• ABDOMINAL/PELVIC ULTRASOUND 

• MRI of the hip joints 

• LOWER LIMB PHYSICAL THERAPY 

• C, TH, L/S SPINAL SECTIONS 

• LARYNX CT SCAN 

• JOINT ARTHROSCOPY (ANKLE, KNEE AND ANKLE JOINT) 

• MRI of the pituitary gland   

• Head MRI  

• MRI angiography of the cerebral vessels   

• MRI of soft tissues    

• MRI of the craniofacial region   

• MRI of the elbow joint   

• MRI of the shoulder joint   

• MRI of the knee joint   

• MRI of the wrist   

• MRI of the hip joint   

• MRI of the ankle joint   

• MRI of the spine, including the cervical, thoracic and lumbosacral regions,   

• Abdominal MRI   

• Pelvic MRI   

• MRI of the prostate gland  

• Cardiac MRI

IT IS THE MOST ACCURATE METHOD FOR DIAGNOSING PROSTATE CANCER

What is the purpose of a fusion biopsy?

Treatment for prostate cancer can only be initiated on the basis of the results of a microscopic histopathological examination. A fusion biopsy is the most reliable method for confirming or ruling out prostate cancer.

How does a fusion biopsy differ from a conventional prostate biopsy?

The conventional prostate biopsy has many limitations. Around 70 per cent of prostate cancer lesions are not visible on an ultrasound scan.

For this reason, a conventional prostate biopsy is, in most cases, a ‘blind’ search for areas of malignant growth. It is estimated that up to 47 per cent of cancerous lesions are missed in this way.

The method used to overcome this limitation is prostate fusion biopsy. It involves first identifying areas suspected of harbouring cancer using magnetic resonance imaging (mpMRI). This technique, which enables magnetic resonance images to be superimposed onto ultrasound images in real time (image fusion), allows for the precise identification of biopsy sites.