-在脑部SPECT及脑部PET的研究中，从解刨学角度精确的模拟放射性分布；在MRI研究中，精确模拟质子密度及驰豫参数打的分布 Anatomically accurate simulation of radioactivity distribution for brain SPECT and brain PET studies* and distribution of proton density and relaxation beters for brain MRI studies -在血流和代谢研究中模拟正常灰质和白质的4:1摄取率(按部分体积效应模拟) Simulates 4:1 uptake ratio (by partial volume effect) seen for normal gray and white matter in flow and bbolic studies -单体填充腔设计，消除了制备不同浓度放射性物质的必要 Single fillable chamber eliminates the necessity of preparing different concentrations of radioactivity -为基底神经节区域提供了可填充固体缺陷 Fillable and solid defects for basil ganglia region available
Hoffman 3-D脑模体，霍夫曼脑模体主要应用领域:
-可用于脑部ECT研究中对图像获取及重建方法的评估 Evaluation of acquisition and reconstruction bs for brain ECT studies -3-D重建方法评估 Evaluation of 3-D reconstruction bs -3-D衰减及散射补偿方法评估 Evaluation of 3-D attenuation and scatter compensation bs -3-D SPECT, PET及MRI系统配准技术评估 Evaluation of 3-D SPECT, PET and MRI registration techniques -科研应用 Research
Hoffman 3-D脑模体，霍夫曼脑模体规格：
-模体圆柱部分内径：20.8 cm Cylinder inside diameter: 20.8 cm -模体圆柱部分内高：17.5 cm Cylinder inside height: 17.5 cm -可填充部分容积：~1.2 L Fillable volume: ~ 1.2 liter
Hoffman 3-D脑模体™相关配件、附件：
【Hoffman 3-D脑部模体固体缺陷模拟物套装(2)】
3D Brain Phantom Solid Defects Set (2)
型号/Model：BR/3D-SOL/SET2
-可对基底神经节区域的冷&热缺陷进行定位
Hot and cold defects can be located in the basil ganglia region
-可帮助使用者确定缺陷的图像形状
Allows user to determine image shape of the defect
