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Small Animal Nuclear Magnetic Resonance Performance Is Superior
Jul 05, 2017

Small animal nuclear magnetic resonance can provide you with unique contrast information, accurate and intuitive reflect the internal situation of living animals, MRI equipment has been widely used in the field of life sciences. In vivo small animal magnetic resonance imager is a powerful, Animal NMR & MRI non-invasive imaging analyzer to help you understand the structure of the experimental object and the organization of contrast information. The device uses permanent magnets, low maintenance costs, superior performance, Animal NMR & MRI suitable for life science related fields of scientific research and 


Animal NMR & MRI Technical indicators:

1, magnet type: permanent magnet;

2, the magnetic field strength: 0.5 ± 0.08T, the instrument main frequency: 21.3MHz;

3, probe coil diameter: 40mm;

Application Solution:

1, head tumor animal model study

2, head thrombosis, cerebral infarction and other animal models

3, liver tumors, fatty liver, Animal NMR & MRI other liver disease research

4, subcutaneous tumor research

5, targeted drugs (nano-biomaterials, MRI contrast agent) study

6, tumor research

7, cardiovascular disease research

8, based on magnetic resonance contrast agent targeted research

9, pathology research, obesity research

10, embryonic development research

11, kidney research

12, magnetic resonance contrast agent research

(GME), necrotizing meningoencephalitis (NME), intervertebral disc herniation, and cerebrospinal meningitis (GAM), necrotic meningitis (NME), intervertebral disc herniation Water, syringomyelia, spinal cord softening, Chiari-like malformations (CLM), and so almost as a means of diagnosis. MRI in the diagnosis of brain and spinal cord neurological diseases such as intracranial hematoma, extracranial hematoma, brain tumor, Animal NMR & MRI intracranial aneurysm, arteriovenous malformations, cerebral ischemia, spinal canal tumor, syringomyelia and hydrocephalus Very effective, especially spinal cord spine lesions such as spinal cord tumors, atrophy, degeneration, traumatic disc disease, become the preferred method of examination.