Low-Field Magnetic Resonance Imaging of Canine Hydrocephalus
Z. Adamiak*, M. Jaskólskaand A.
Pomianowski1
Department of Surgery and Radiology; 1Department of
Internal Medicine, Faculty of Veterinary Medicine,
University
of Warmia and Mazury in Olsztyn,
Poland
*Corresponding author: zbigniew.adamiak@wp.pl
Abstract
The aimof presented study was to evaluate selected surface spine coil, and
low-field magnetic resonance selected sequences in diagnosing hydrocephalus in
dogs. This paper discusses 19 dogs (14 canine patients with hydrocephalus and 5
healthy dogs), five various breeds, subjected to low-field magnetic resonance
imaging of hydrocephalus.
Area of the lateral ventricles and brain were examined in dogs with
hydrocephalus using low-field MR imaging (at 0.25 Tesla). The authors describe and compare the used MRI
following sequences FSE REL, SE, FLAIR, STIR, 3D HYCE, T3DT1, GE STIR 3D and 3D
SHARC sequences with an indication of the most effective sequences in MRI
examinations of hydrocephalic changes in studied dogs. Additionally, coils for
magnetic resonance were compared, and models for infusion anesthesia were
described. As a result of performed study all estimated sequences were
diagnostically useful. Additionally spinal coil No. 2 (ESAOTE) was the optimal
one for examining and positioning the cranium.
Key words:
Brain; Canine hydrocephalus;
Magnetic resonance