MRI of Joints and Soft Tissues in Chornomorsk (1.5 Tesla)

MRI of joints and soft tissues is a highly accurate diagnostic method used to evaluate the knee, shoulder, hip, ankle, elbow, wrist, and surrounding soft tissue structures. MRI is considered the clinical gold standard for imaging ligaments, tendons, cartilage, menisci, muscles, and synovial membranes.

At MEDESSA in Chornomorsk, examinations are performed using a 1.5 Tesla MRI scanner, providing high-resolution images and accurate assessment of joint pathology.

MRI of the knee joint Chornomorsk

MRI of the Knee Joint

MRI of the knee joint provides detailed visualization of bones, ligaments, tendons, cartilage, and soft tissues. The scan helps diagnose traumatic injuries, inflammatory conditions, degenerative changes, and other knee joint disorders.

MRI of the elbow joint Chornomorsk

MRI of the Elbow Joint

MRI of the elbow joint allows detailed assessment of bones, ligaments, tendons, and soft tissues in this area. The examination is used to detect injuries, inflammatory conditions, arthritis, tumors, and other elbow joint abnormalities.

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MRI of the shoulder joint Chornomorsk

MRI of the Shoulder Joint

MRI of the shoulder joint enables detailed visualization of bones, ligaments, tendons, joint surfaces, and soft tissues. The scan is useful for detecting injuries, inflammatory conditions, arthritis, tumors, and other structural abnormalities of the shoulder joint.

MRI of the hip joints Chornomorsk

MRI of the Hip Joints

MRI of the hip joints provides detailed visualization of bones, joint surfaces, and surrounding soft tissues. The scan is useful for early detection of pathological changes, preoperative assessment, and obtaining precise diagnostic information using a non-invasive imaging method.

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MRI of the ankle joint Chornomorsk

MRI of the Ankle Joint

MRI of the ankle joint provides detailed assessment of bones, ligaments, tendons, and surrounding soft tissues. The scan helps identify hidden injuries, evaluate structural changes, and support treatment planning, including possible surgical procedures.

MRI of the distal foot Chornomorsk

MRI of the Distal Foot

MRI of the distal foot provides detailed assessment of bones, joints, and surrounding soft tissues. The scan is used for evaluation of pain, traumatic injuries, inflammatory conditions, suspected tumors, and for monitoring treatment effectiveness.

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MRI of the wrist joint and proximal hand Chornomorsk

MRI of the Wrist Joint and Proximal Hand

MRI of the wrist joint and proximal hand is used to evaluate injuries such as fractures, dislocations, and carpal tunnel syndrome. The examination provides detailed visualization of joint surfaces, cartilage, ligaments, tendons, and surrounding soft tissues, helping detect inflammation, tumors, and structural abnormalities.

MRI of the distal hand Chornomorsk

MRI of the Distal Hand

MRI of the distal hand enables detailed assessment of ligaments, muscles, joint structures, nerves, and blood vessels. The scan is useful for early detection of abnormalities and is commonly used in traumatology, neurology, vascular surgery, and other medical fields.

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MRI of the lower leg Chornomorsk

MRI of the Lower Leg

MRI of the lower leg soft tissues allows detailed assessment of muscles, ligaments, tendons, and blood vessels. The scan is used for evaluation of pain, injuries, inflammatory changes, suspected tumors, and for monitoring treatment progress and functional recovery.

MRI of the thigh Chornomorsk

MRI of the Thigh

MRI of the thigh soft tissues provides detailed visualization of muscles, tendons, ligaments, and blood vessels. The examination is used to detect abnormalities, уточнить diagnosis, and support effective treatment and functional recovery planning.

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Chornomorsk

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Address: Chornomorsk, 6 Oleksandriyska Street

Working hours: 8:00 AM – 8:00 PM

Structures visualized

  • articular cartilage;
  • menisci;
  • ligaments;
  • tendons;
  • muscles;
  • joint capsule;
  • synovial membrane;
  • bone marrow;
  • bursae;
  • nerves;
  • soft tissues.

What MRI detects

  • ligament tears;
  • meniscal injuries;
  • osteoarthritis;
  • arthritis;
  • bursitis;
  • muscle inflammation;
  • tumors;
  • cysts;
  • traumatic injuries;
  • hematomas;
  • nerve compression.

Common MRI exams

Knee MRI

Evaluates menisci, ligaments, cartilage and muscles.

Shoulder MRI

Visualizes rotator cuff tendons and labrum.

Hip MRI

Assesses cartilage and surrounding soft tissues.

Ankle MRI

Detects ligament tears and tendon injuries.

Soft tissue MRI

Evaluates muscles, fascia, nerves and vessels.

Indications

  1. joint pain;
  2. limited mobility;
  3. swelling;
  4. trauma;
  5. suspected ligament tear;
  6. degenerative disease;
  7. treatment monitoring;
  8. suspected tumor.

Contrast MRI

Contrast agents improve visualization of tumors and inflammatory processes.

Benefits of 1.5 Tesla MRI

1.5 Tesla MRI provides high diagnostic accuracy and detailed imaging of joint structures.

Preparation

  • remove metal objects;
  • inform the doctor about implants;
  • fasting may be required for contrast MRI.

Contraindications

  • pacemakers;
  • metal implants;
  • neurostimulators;
  • clips;
  • electronic devices.
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