Pediatric MRI: Indications, Safety and Procedure Details
MRI is a safe, non-radiation diagnostic method suitable for children of any age, including newborns. Learn about indications and cases where anesthesia is required.
Read more →
MRI in Kharkiv — 1.5T Magnetic Resonance Imaging with Advanced Diagnostic Technology
Magnetic Resonance Imaging (MRI) at Brigid Medical Center utilizes modern 1.5 Tesla technology to produce exceptionally detailed images of internal structures without ionizing radiation. This advanced imaging method provides unsurpassed soft-tissue contrast, allowing for the precise diagnosis of neurological, musculoskeletal, abdominal, and vascular diseases with the highest level of patient safety.
Key Benefits of 1.5T MRI Technology
No Radiation Exposure
Zero ionizing radiation — completely safe for children, pregnant women, and repeat examinations.
Superior Soft-Tissue Contrast
Excellent visualization of the brain, spinal cord, muscles, ligaments, and internal organs.
Multiplanar Imaging
High-quality images in axial, sagittal, coronal, and oblique planes without repositioning the patient.
Advanced Neuroimaging
Diffusion, perfusion, spectroscopic, and functional MRI for comprehensive neurological assessment.
Fast Scanning Protocols
Reduced examination time through parallel imaging and accelerated scan sequences.
Diagnostic Precision
Detection of lesions as small as millimeters and early pathological changes before symptoms appear.
What is Magnetic Resonance Imaging?
Magnetic Resonance Imaging (MRI) is a non-invasive diagnostic method that uses powerful magnetic fields and radio waves to create detailed images of organs and tissues. Unlike CT scans, MRI does not use ionizing radiation, making it one of the safest imaging modalities available. The 1.5 Tesla magnet strength provides the optimal balance between image quality, scan speed, and patient comfort.
1.5T
Magnetic field strength for optimal clinical diagnostic imaging
0%
Radiation dose — a completely safe imaging technology
20–60
Minutes — average duration of an examination
1 mm
Spatial resolution to detect the smallest pathological changes
When is an MRI Recommended?
Neurological and Spinal Diagnostics:
- Brain Tumors — detection, characterization, and treatment planning
- Stroke Evaluation — early ischemic changes, hemorrhages, and vascular anomalies
- Multiple Sclerosis — plaque detection and disease activity monitoring
- Epilepsy Assessment — structural causes and surgical planning
- Spine Disorders — herniated discs, spinal stenosis, and spinal cord compression
- Neurodegenerative Diseases — evaluation for Alzheimer’s, Parkinson’s, and dementia
Musculoskeletal Imaging:
- Joint Injuries — ligament tears, meniscus damage, and cartilage defects
- Sports Medicine — stress fractures, tendon injuries, and muscle tears
- Arthritis Evaluation — rheumatoid arthritis, osteoarthritis, and inflammatory changes
- Bone Tumors — characterization, staging, and treatment response
- Spine Pathology — degenerative disc disease and facet joint arthritis
- Shoulder/Knee/Hip — comprehensive joint assessment for surgical planning
Abdominal and Pelvic Diagnostics:
- Liver Diseases — focal lesions, cirrhosis, fatty liver disease, and tumors
- Pancreatic Assessment — pancreatitis, tumors, and cystic formations
- Kidney Evaluation — masses, cysts, and structural abnormalities
- Prostate Imaging — cancer detection, staging, and biopsy guidance
- Gynecological Conditions — uterine fibroids, ovarian masses, and endometriosis
- Rectal Cancer — local staging, treatment planning, and response assessment
The MRI Procedure Process
1
Screening and Preparation
Comprehensive safety screening for metal implants, devices, or foreign bodies. Changing into specialized clinical attire and removing all metallic objects. Planning contrast administration if necessary.
2
Positioning and Communication
Comfortable positioning on the scanning table. Headphones are provided for communication and scanner noise reduction. An emergency call button is placed within the patient's reach.
3
Scanning Process
The table moves into the magnet bore. A series of images are captured according to the protocol for the area being studied. Patients are guided through breath-holding instructions if required.
4
Image Quality Control
Immediate review of captured images by the radiologist or technologist to ensure diagnostic quality. Additional sequences may be performed if necessary to clarify specific clinical questions.
5
Post-Procedure and Results
Assistance exiting the scanning table. Post-contrast monitoring if applicable. Preliminary findings discussion. A report from a certified radiologist is typically provided within 24–48 hours.
1.5T MRI Technical Specifications
- 1.5 Tesla Magnet — optimal field strength for high-quality clinical diagnostic imaging
- Advanced Coil Technology — specialized coils for high-detail visualization of specific body parts
- Parallel Imaging — accelerated scanning that reduces examination time by up to 50%
- Wide-Bore Design — 70 cm aperture for patient comfort and reduced claustrophobia
Book Your MRI Examination
Magnetic Resonance Imaging provides unsurpassed visualization for accurate diagnosis and effective treatment planning.
Contact Brigid Medical Center to schedule your MRI or consult with our radiologists regarding the optimal imaging method for your diagnostic needs.
Brigid Medical Center — Leading MRI Diagnostics in Kharkiv.
1.5 Tesla Technology · Radiation-Free Imaging · Exceptional Contrast · Expert Interpretation
Our Equipment
Philips Achieva 1.5T, Intera 1.5T MRI Scanners
A high-field MRI system delivering excellent image quality, fast acquisition, and exceptional patient comfort. Suitable for comprehensive diagnostics across all clinical applications.
- 1.5 Tesla field strength for sharp, high-resolution imaging
- Fast protocols with reduced motion artifacts
- Advanced sequences for brain, spine, joints, and abdominal imaging
- Wide and comfortable bore with quiet scanning technology
- Optimal solution for both routine and complex MRI studies
Palchyk Serhiy Mykhailovych
Doctor radiologist, head of the department of MRI diagnostics
Panasenko Vladislav Alexandrovich
Radiologist
Kutsyn Vladyslav Mykolayovych
Radiologist
Baliasna Viktoria Valeriyivna
Radiologist
Latest Articles
Brain MRI and Cerebral Vessel MRI: Differences, Indications and Contraindications
Brain MRI and MRA are complementary diagnostic methods. Learn the differences, indications for each test, and how to prepare for high-accuracy imaging.
Read more →
CT vs MRI of the Spine: Differences, Indications, and Benefits
CT and MRI are two advanced imaging methods for the spine. Learn the key differences, indications for each test, and how to choose the right diagnostic path.
Read more →
Pelvic MRI: Accurate Diagnosis of Gynecologic and Oncologic Conditions
Pelvic MRI is a highly accurate, non-invasive imaging method used to diagnose gynecologic disorders, inflammation, and tumors at early stages. The procedure is safe and provides detailed visualization of the pelvic organs.
Read more →
Online booking is preliminary. We will contact you to clarify details and confirm the appointment.
Your personal data is fully protected and not shared with third parties. Contact information is needed only for feedback and appointment scheduling.