Modern veterinary medicine increasingly utilizes cutting-edge technologies, many of which were once reserved solely for human healthcare. One of the most rapidly advancing areas is advanced diagnostic imaging.

The laboratory is equipped with two state-of-the-art devices: a high-field 3T magnetic resonance imaging
(MRI) scanner and a 32-slice computed tomography (CT) scanner from GE Healthcare. This combination
offers a unique capability—unparalleled in Europe and globally—for conducting model-based research on
animals. Imaging procedures are further supported by advanced life monitoring systems and inhalation anesthesia equipment specifically adapted for use within magnetic fields.

This facility serves as a valuable bridge between clinical and scientific environments,
supporting the advancement of veterinary and translational medicine.

All examinations are performed by a team of experienced veterinary physicians, radiology specialists,
technicians, and anesthesiologists, ensuring the highest standards of animal welfare and
procedural safety.

Scope of Imaging Studies

The laboratory provides a wide range of imaging services, including:

Computed Tomography (CT) — rapid imaging of soft and hard tissues, assessment of skeletal structures,
thoracic and abdominal cavities, head, and spine,
Magnetic Resonance Imaging (MRI) — imaging of the brain, spinal cord, musculoskeletal system, and
internal organs without ionizing radiation,
Contrast-enhanced studies (CT and MRI) — evaluation of vascular pathologies, tumors, inflammation,
and organ abnormalities,
3D Imaging — spatial reconstructions for surgical planning,
Advanced MRI sequences — including DWI (Diffusion Weighted Imaging) and
perfusion MRI, particularly valuable in experimental neurology.

Scientific Applications

CT and MRI imaging play a critical role in experimental research using
animal models, including:
Ischemic stroke model in pigs — real-time imaging of ischemic and necrotic changes
using DWI and perfusion MRI,
Neurological studies — assessment of epilepsy, brain tumors,
inflamations
Orthopedic research — diagnosis of ligament, tendon,
and joint injuries,
Monitoring of inflammatory, oncological, and regenerative processes,
Evaluation of new pharmacological therapies and biomedical technologies.

The ability to repeatedly image the same animal at various stages of a study allows for
the collection of high-quality longitudinal data while maintaining animal welfare principles.

Imaging Laboratory Equipment

GE Revolution CT (32-slice computed tomography scanner) — rapid scanning, high-resolution
anatomical imaging, and angiography (CTA),
GE Healthcare 3T MRI — high-field magnetic resonance imaging for neurological,
orthopedic, and internal organ studies,
Inhalation anesthesia systems compatible with MRI environments,
MRI-compatible anesthesia monitoring systems.

Collaboration Opportunities

Full range of CT and MRI diagnostic services for research animals,
Imaging of experimental models in compliance with scientific project requirements,
Analysis of time-series data for longitudinal studies,
Support in planning imaging protocols and selecting optimal diagnostic methods,
Image interpretation and comprehensive reporting by certified radiology specialists,
Assistance in preparing data for scientific publications and research reports.

Contact

For inquiries and collaboration offers, please contact:

Imaging Laboratory Coordinators
Dr. Maria Sady — maria_sady@sggw.edu.pl
Dr. Joanna Bajon — joanna_bajon@sggw.edu.pl
• CMT Secretariat:
cmt@sggw.edu.pl, tel. 22 593 38 40