MRI Scan in Jelenia Góra

A magnetic-resonance scan of the brain that produces detailed cross-sectional images of brain tissue, the ventricles and surrounding structures without using radiation. At OMEGA the examination is performed on a new-generation 1.5 Tesla scanner and is commonly requested for headaches, dizziness, neurological symptoms or follow-up of previously known findings. The base price covers a non-contrast study; contrast can be added when clinically indicated. Most head scans take around 20 to 30 minutes, and a written radiologist report is provided afterwards, with a faster turnaround available on request.

A magnetic-resonance scan of the neck portion of the spine, imaging the cervical vertebrae, discs, spinal cord and nerve roots without radiation. It is frequently requested for neck pain, stiffness or symptoms such as tingling that travel into the arms or hands. At OMEGA the study is performed on a 1.5 Tesla scanner, is non-contrast at the standard price, and usually takes around 20 to 30 minutes. A specialist radiologist reviews the images and provides a written report, with a faster turnaround available on request.

A magnetic-resonance scan of the lower back that images the lumbar and sacral vertebrae, the intervertebral discs, spinal canal and nerve roots in fine detail. It is one of the most frequently requested musculoskeletal studies, often used when there is persistent low-back pain or symptoms radiating into the legs. At OMEGA the scan is non-contrast in the standard price and takes roughly 20 to 30 minutes. A specialist radiologist reviews the images and issues a written report, with an optional faster turnaround for patients who need results quickly.

A magnetic resonance scan of the lumbosacral (lower-back) spine, one of the most commonly requested spinal studies, giving detailed views of the lumbar vertebrae, discs, spinal canal and nerve roots without ionising radiation. It is used to investigate lower-back pain, sciatica, leg pain or tingling, and suspected disc herniation or canal narrowing. The standard self-pay price covers the scan without contrast, and a radiologist decides whether contrast is needed; the appointment includes the scan and a written radiology report.

A magnetic resonance scan of the brain on the centre's 2025 GE Signa Victor 1.5T scanner, producing detailed cross-sectional images of brain tissue, ventricles and surrounding structures without using ionising radiation. The standard self-pay price covers the examination without contrast; a radiologist decides whether intravenous contrast is required. It is a common first imaging step for persistent headaches, dizziness, neurological symptoms or follow-up of previously seen changes, and the appointment includes positioning, the scan itself and a written radiology report.

A magnetic resonance scan of the thoracic (mid-back) section of the spine, showing the vertebrae, discs, spinal cord and surrounding soft tissue in detail without ionising radiation. It is used to investigate mid-back pain, suspected disc herniation or canal narrowing, sensory changes, and to follow up inflammatory or other changes. The standard self-pay price covers the scan without contrast, with a radiologist deciding on contrast. The appointment includes positioning, the scan and a written radiology report.

A magnetic resonance scan of the cervical (neck) section of the spine, giving detailed views of the vertebrae, intervertebral discs, spinal cord and nerve roots without ionising radiation. It is commonly used to investigate neck pain, arm pain or tingling, and suspected disc or nerve-root problems. The standard self-pay price covers the scan without contrast, and a radiologist decides whether contrast is needed. The appointment includes positioning, the scan and a written radiology report.

A magnetic-resonance scan of the shoulder that images the rotator-cuff tendons, the labrum, joint cartilage and surrounding muscles in detail without radiation. It is commonly requested for shoulder pain, weakness or restricted movement, and after sports or overuse injuries. At OMEGA the study is performed on a 1.5 Tesla scanner, is non-contrast at the standard price, and usually takes 20 to 30 minutes. A specialist radiologist reviews the images and provides a written report, with faster turnaround available on request.

A magnetic-resonance scan of the knee joint that images the cartilage, menisci, cruciate and collateral ligaments, tendons and bone surfaces in detail without radiation. It is one of the most common sports and orthopaedic studies, often requested after injury or for ongoing knee pain, swelling or instability. At OMEGA the scan is performed on a 1.5 Tesla system, is non-contrast at the standard price, and typically takes 20 to 30 minutes. A specialist radiologist reviews the images and supplies a written report.

A magnetic-resonance scan of the abdomen that images the liver, pancreas, spleen, kidneys, adrenal glands and surrounding soft tissues in detail without radiation. It is often requested to characterise findings seen on ultrasound or CT, or to assess organs in finer detail. At OMEGA the study is performed on a 1.5 Tesla scanner and frequently uses intravenous contrast for full assessment. A typical scan takes around 30 to 40 minutes, after which a specialist radiologist reviews the images and provides a written report.

A magnetic-resonance scan of the prostate gland using a multiparametric protocol that combines several MRI sequences to image the gland in fine detail without radiation. It is commonly requested in men being assessed for prostate concerns, often alongside blood testing. At OMEGA the study is performed on a 1.5 Tesla scanner and typically takes around 30 to 40 minutes. A specialist radiologist reviews the images and provides a structured written report, with a more comprehensive screening package also available.

A magnetic-resonance scan of the breasts, offered together with mammography, that images breast tissue in fine detail without radiation from the MRI component. Breast MRI is used in specific situations such as further assessment of findings, screening of higher-risk patients, or evaluation of implants. At OMEGA the study is performed on a 1.5 Tesla scanner and usually uses intravenous contrast. The scan typically takes 30 to 40 minutes, and a specialist radiologist reviews both the MRI and mammography and provides a written report.

A contrast-enhanced magnetic resonance scan of the brain, in which an intravenous gadolinium-based agent is given during the examination to make certain structures and changes stand out more clearly. It is used when a plain scan may not give enough information — for example to characterise a lesion already seen, to look more closely at inflammatory or vascular changes, or for follow-up where contrast was used before. The fixed self-pay price covers both the scan and the contrast agent, with the radiologist confirming suitability before injection.

A magnetic resonance angiography study that images the blood vessels supplying and within the brain, performed with intravenous contrast to map the arteries and venous structures clearly. Angio-MR is a non-invasive way to assess the cerebral and intracranial vessels without catheters or ionising radiation, often used to look at vessel anatomy and previously identified vascular findings. The fixed self-pay price covers the examination and the contrast agent, with the radiologist confirming suitability beforehand.

A focused, contrast-enhanced magnetic resonance scan of the cerebellopontine angles — the region where the inner-ear and facial nerves pass close to the brainstem. Intravenous contrast is given to characterise this small, detailed area clearly. It is typically used to investigate one-sided hearing loss, ringing in the ear or balance problems, and to assess the nerves and structures in this region. The fixed self-pay price covers both the scan and the contrast agent, with the radiologist confirming suitability beforehand.

A contrast-enhanced magnetic resonance scan of the abdomen, producing detailed images of the liver, pancreas, spleen, kidneys, adrenal glands and other abdominal structures without ionising radiation. Intravenous contrast is given during the study to characterise organs and any changes more clearly. It is used to assess abdominal organs in detail and to follow up findings from other tests. The fixed self-pay price covers both the scan and the contrast agent, with the radiologist confirming suitability beforehand.

A contrast-enhanced magnetic resonance scan of the lesser pelvis, giving detailed, radiation-free images of the pelvic organs and surrounding soft tissue. Intravenous contrast is given during the study to characterise structures and any changes more clearly. It is used for detailed assessment of the pelvic organs and to follow up findings from other imaging. The fixed self-pay price covers both the scan and the contrast agent, and some pelvic studies need specific bowel and bladder preparation, which the centre advises on at booking.

A comprehensive whole-body magnetic resonance examination that images the brain, spine, abdominal organs (including the heart), pelvic organs, musculoskeletal system and selected chest structures in a single appointment, without ionising radiation. It is aimed at people who want a broad health screening, those with a family history of cancer, or anyone seeking advanced diagnostics. The standard self-pay price covers the scan without contrast; the radiologist decides whether contrast is needed, and the comprehensive report covers all the regions examined.