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“小动物PET/MRI成像系统,”参数说明
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“小动物PET/MRI成像系统,”详细介绍
M系列小动物磁共振成像系统是Aspectimaging公司推出的专用的小动物MRI，采用高性能钕铁硼永磁体，实现高分辨率的小动物核磁共振成像。 M系列分为，M3，M7，M12，MRI-PET几个型号，除用于常见的大鼠和小鼠成像外，也可定制用于兔子，猴，小型狗等实验动物的核磁共振活体成像。还可以原机增加PET线圈，升级成PET/MRI,PET分辨率达到0.8mm.相比于传统的超导式小动物MRI，永磁式M系列小动物MRI有明显的现实优点:1、价格只有1/3甚至更低2 、免去新建核磁屏障室的麻烦，普通实验室即可3 、M系列运转消耗为零，比传统磁共振每年可结省几十万的运转消耗费4 、更好的磁共振造影剂T1成像效果 M系列小动物磁共振是一款小巧紧凑桌上型microMRI，容易摆放。M系列小动物核磁共振系统平台完全满足最严格的安全要求标准，可以确保实现无边缘磁场、零外场强度，因此无需任何特殊外围防护/屏蔽室或其他操作规程限制。M7 Compact MRI for DedicatedMouse and Rat ImagingThe M7 compact, high-performance, one-touchMRI system is intended for dedicated imaging of mice and rats weighing up to700 grams. The M7 enables 2D and 3D, ex vivo, in vivo and in vitro imaging. Thesystem can be uniquely placed behind the bio-containment barrier for in vivoimaging. In addition to its comprehensive suite of applications for mousephenotyping, Aspect Imaging’s LumiQuant? package for generation of 3Dtomographic quantification of luminescence and co-registration with compact MRis optimized for use on the M7 platform.Click here to read more aboutM7 at the MIC, USC.One instrument, multipleapplicationsThe M7 has all the capabilities to routinelyand repeatedly quantify phenotypes in rats and mouse models of disease,including:·Cancer Research·Cardiovascular·Contrast-based Molecular Imaging·Diabetes and Obesity·Embryology / Developmental Biology·Nephrology·Neurobiology·Stem Cell / Cell Tracking3D Whole Body MorphologicalImagingThe M7 compact, high-performance MRI systemenables high-resolution 3D whole body morphological imaging of rat and mousemodels of disease. Biologists and researchers without prior MR or imagingexperience can now leverage the gold standard modality – MRI – for morphological imaging. The M7is an in vivo imaging platform that is:·Easy to learn,·Effortless to operate, and·Fast to generate reproducible, quantitativeresults of phenotypes and therapeutic ·efficacy.应用：应用于肿瘤生长，肿瘤转移成像，神经生物学，脑血管病，心血管学，生殖与发育，糖尿病与肥胖，解剖和组织胚胎学，磁共振造影剂等分子影像领域的小动物活体成像研究，并可以通过DICOM与microPET,小动物SPECT,micro-CT,小动物超声，小动物活体荧光，生物发光等多种小动物活体成像技术进行多模态融合成像。
