Small animal nuclear magnetic resonance using high-performance NdFeB permanent magnet, to achieve high-resolution small animal nuclear magnetic resonance imaging.
Small animal nuclear magnetic resonance is divided into, M3, M7, M12, MRI-PET several models, in addition to common rat and mouse imaging, but also can be customized for rabbits, monkeys, Animal NMR & MRI small dogs and other experimental animals, nuclear magnetic resonance Live imaging. But also the original machine to increase the PET coil, upgraded to PET / MRI, PET resolution of 0.8mm.
Compared with the traditional super-guided small animal MRI, Animal NMR & MRI permanent magnet M series of small animal MRI has obvious practical advantages:
1 price is only 1/3 or less
2 remove the trouble of the new nuclear magnetic barrier room, the general laboratory can be
3 M series operating consumption is zero, than the traditional magnetic resonance can be saved hundreds of thousands of annual operating expenses
4 better magnetic resonance contrast agent T1 imaging results
Small animal nuclear magnetic resonance is used in small animals such as tumor growth, tumor metastasis imaging, neurobiology, cerebrovascular disease, cardiovascular, reproductive and development, diabetes and obesity, anatomical and histomorphology, Animal NMR & MRI magnetic resonance contrast agents and other molecular imaging fields And can be used for multi-modal fusion imaging through DICOM and microPET, small animal SPECT, micro-CT, small animal ultrasound, small animal in vivo fluorescence, bioluminescence and other small animal live imaging techniques.
Small animal nuclear magnetic resonance is a compact compact table microMRI, easy to place. M series of small animal nuclear magnetic resonance system platform to meet the most stringent safety requirements of the standard, to ensure that the realization of the edge of the magnetic field, zero field strength, Animal NMR & MRI so no special peripheral protection / shielding room or other operating procedures.
Small animal NMR fully meets the most stringent safety requirements, ensuring that no edge magnetic field, zero field strength is achieved, and therefore no special peripheral protection / shielding room or other operating procedures are required.