Welcome to AMIL

Advanced Molecular Imaging Laboratory

自强不息，心向光明

We are developing advanced PET devices to meet scientific and clinical needs, including the first high-resolution small animal PET/CT and PET/MRI in Shenzhen, wearable mouse and human brain PET/TOF-PET, a high-performance whole-brain TOF-PET and a total-body TOF-PET/CT with DOI capability.

The first high-resolution small animal PET/CT system developed in Shenzhen. It provides an advanced imaging tool for scientific research in the Greater Bay Area. Various research groups from institutions such as Peking University, Southern Medical University, Southern University of Science and Technology, Sun Yat-sen University, and Chinese Academy of Sciences have utilized this system in over 260 mouse imaging experiments.

The first high-resolution small animal PET/CT system developed in Shenzhen. It provides an advanced imaging tool for scientific research in the Greater Bay Area. Various research groups from institutions such as Peking University, Southern Medical University, Southern University of Science and Technology, Sun Yat-sen University, and Chinese Academy of Sciences have utilized this system in over 260 mouse imaging experiments.

We are developing a wearable, mobile 100ps TOF-PET for human brain imaging. This innovation aims to revolutionize traditional stationary imaging by facilitating dynamic brain functional imaging of animals and humans in awake, active, task-engaged, and natural environments. This offers new tools for neuroscience research and clinical treatments of major brain disorders, such as AD and PD. 

We are developing a wearable, mobile 100ps TOF-PET for human brain imaging. This innovation aims to revolutionize traditional stationary imaging by facilitating dynamic brain functional imaging of animals and humans in awake, active, task-engaged, and natural environments. This offers new tools for neuroscience research and clinical treatments of major brain disorders, such as AD and PD. 

We are responsible for the development of the next-generation total-body (TB) TOF-PET/CT system with DOI capabilities. This endeavor aims to introduce DOI functionality in TB-PET systems with an axial FOV exceeding 1.4 meters. It allows for dynamic imaging of the entire human body simultaneously, offering significant potential value for both scientific research and clinical applications. 

Addressing the needs of neuroscience researches, our team has pioneered the world's most compact wearable imaging system designed for mice. This groundbreaking development aims to shift away from imaging under deep anesthesia, allowing for the capture of brain activity in awake and potentially freely-moving mouses, thus offering a powerful tool for advanced neuroscience studies. 

Addressing the needs of neuroscience researches, our team has pioneered the world's most compact wearable imaging system designed for mice. This groundbreaking development aims to shift away from imaging under deep anesthesia, allowing for the capture of brain activity in awake and potentially freely-moving mouses, thus offering a powerful tool for advanced neuroscience studies.