By Patrick R. Gavin
Useful Small Animal MRI is the seminal reference for clinicians utilizing Magnetic Resonance Imaging within the analysis and therapy of veterinary sufferers. even though MRI is used most often within the analysis of neurologic problems, it additionally has major software to different physique structures. This ebook covers general anatomy and particular scientific stipulations of the frightened procedure, musculoskeletal approach, stomach, thorax, and head and neck. It additionally comprises numerous chapters on affliction of the mind and backbone, together with inflammatory, infectious, neoplastic, and vascular illnesses, along congenital and degenerative issues.
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Extra resources for Practical Small Animal MRI
Example text
The strength of the gradient coils determines the ability of an MR unit to change the magnetic field per unit distance. The strength of the gradient coils will have the largest contribution to end-plane resolution. The RF coil, besides an emitting RF coil, is also a receiving coil capable of detecting the signal from the spins within the body. Most modern magnets are self-shielded with an opposing magnetic field such that they do not need to be magnetically shielded. All magnets do, however, need to have some form of RF shielding.
Transverse T2-weighted (A) and T1-weighted (B) MR images from a dog at the level of the frontal sinus. Note the hypointense signal from air in these cavities (arrows). Sagittal T2-weighted (C) and T1-weighted (D), and dorsal T1-weighted (E) MR images from a dog with an air-filled frontal sinus. 23. Sagittal T1-weighted MR images from two separate dogs, one with (A) and without (B) and air-filled frontal sinus. Sagittal T2-weighted MR image (C) from a brachycephalic dog breed without an air-filled frontal sinus (arrow).
Transverse proton density MR image (C) and gross brain image (D) from a dog at the level of the caudal thalamus and geniculate bodies. Transverse T2-weighted MR image (E) and gross brain image (F) from a dog at the level of the caudal geniculate bodies and rostral mesencephalon. 11. Transverse (A) and sagittal (B), T1-weighted images prior to intravenous contrast administration from a dog showing the focal, hyperintense signal from the pituitary (arrows). thalamus. From here, visual fibers travel further caudally in the optic radiations to synapse in the visual cortex of the occipital hemisphere.