专为小动物模型成像而设计，集成气体麻醉和温度控制以及高灵敏度sCMOS相机的紧凑型结构，460-1320nm波长范围内获取共配准荧光和光声信号，获取高分辨率深层组织3D图像。每次扫描可以使用多个激发波长，多模态系统可以同时获取大体积（30-60 cm³）的光声和荧光数据，可以在感兴趣的区域内进行光谱分析。除了 3D 分子图谱外，TriTom 还可以对体内生理参数进行空间解析评估，例如体积血含量和氧合情况，而无需造影剂。TriTom 还为 460 nm 至 1320 nm 激发的多种荧光团和其他类型的分子探针提供定量成像。凭借如此多功能的成像能力，TriTom 系统非常适合广泛的临床前应用，包括肿瘤、毒理学、发育生物学、组织工程和再生、神经科学、心血管成像，以及药物、疗法和光学和荧光成像探针的开发。

• 集成了3D 光声和荧光断层扫描技术的紧凑型台式设计

• 大体积（30-60 cm3）快速成像扫描（<36 秒），具有出色的分子灵敏度

• 以高空间分辨率（高达 150 µm）对解剖、功能和分子体积进行精确的 3D 配准

• 可在整个光谱范围内调节光学激发波长，可在一次扫描中实现多种波长

• 高灵敏度 sCMOS 荧光相机，配备标准发射滤光片，可覆盖常用的荧光探针

• 集成气体麻醉管线和可调节小鼠支架，操作方便，可重复进行体内纵向研究

• 单次扫描评估多个微样本（50 µL 或更少体积），加速造影剂开发，避免浪费

• 用户友好的集成软件，旨在最大限度地缩短实验时间，并在几秒钟内重建大规模体积

• 开放数据格式，允许使用第三方软件进行图像重建和数据管理

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