The Precision medicine Equipment Technology Research Center of the Advanced Research Institute of China University of Science and Technology is a research platform jointly established by the Biomedical engineering Center of University of Science and Technology of China, the Advanced Technology Research Institute of University of Science and Technology of China and Anhui Fuqing Medical Technology Co., Ltd. in May 2020.

The research center aims at the basic frontier of precision medical technology, major key technologies, industrial applications and other directions, adheres to the policy of "independent innovation, key leap forward, supporting development and leading the future", focuses on integrating the research force, engineering technology and medical resources of the Biomedical engineering Center of USTC and its partner hospitals, and focuses on the development of interventional therapy, advanced magnetic resonance pulse sequence design and implementation The neuroimaging research and clinical application of brain functional diseases, deep learning, and biomedical image processing are multi-dimensional precision medical fields. In the research of major diseases related to human health, we will strengthen original and integrated innovation, accelerate the development of high-end imaging precision medical equipment, and create core competitiveness and industrial advantages.

The Anhui Province Magnetic Resonance Guided Precision Treatment Engineering Laboratory was jointly established by the Precision medicine Equipment Technology Research Center, the University of Science and Technology of China Advanced Technology Research Institute, and the First Affiliated Hospital of University of Science and Technology of China. It was approved by the Anhui Provincial Development and Reform Commission in August 2020, and is the first provincial laboratory in the province involved in the research and manufacturing of magnetic resonance instruments and the research of magnetic resonance guided precision treatment solutions.

Display of some scientific research projects


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Entry name

Project nature

MRI guided intraoperative navigation stereotactic surgical robot for neurosurgery

University of Science and Technology of China Innovation and Entrepreneurship Fund

Research on a Novel Self gating Technology for Cardiac Magnetic Resonance Imaging

University of Science and Technology of China Innovation and Entrepreneurship Fund

Research on magnetic resonance joint fat suppression imaging technology

University of Science and Technology of China Innovation and Entrepreneurship Fund

T1-T2 dual mode probe targeting Fibronectin and its application in the detection of micrometastasis of ovarian cancer by magnetic resonance imaging

Youth Fund of the Foundation Committee

Dynamic evolution of hepatocellular carcinoma based on highly sensitive hyperpolarized 13C MRI

National Natural Science Major Research Program

Research on Rapid Magnetic Resonance Imaging Technology for Cardiovascular Intervention

Youth Innovation Fund of University of Science and Technology of China

The Study of Tumor Magnetic Resonance 31P Spectral Imaging Technology

Youth Innovation Fund of University of Science and Technology of China

Proton radiotherapy magnetic resonance image guided system

Major Science and Technology Projects in Anhui Province

Construction of Human Visual Circuit Brain Atlas Based on Natural Scenes

National Natural Youth Fund Project

Fully automatic flow cytometry ultrasound labeling instrument

National Natural Science Major Research Program

Dynamic evolution of hepatocellular carcinoma based on highly sensitive hyperpolarized 13C MRI

National Natural Science Major Research Program

T1-T2 dual mode probe targeting Fibronectin and its application in the detection of micrometastasis of ovarian cancer by magnetic resonance imaging

National Natural Science Foundation for Youth

Fully automatic flow cytometry ultrasound labeling instrument

National Natural Science Major Research Instruments

Research and development sub project of specialized equipment for low field magnetic resonance imaging of lungs based on 3He polarization

National Natural Science Major Research Instruments

The large-scale medical equipment development project currently underway:

The large-scale medical equipment development project currently underway:

Superconducting large aperture magnetic resonance system without liquid helium

Real time high-resolution vascular interventional magnetic resonance system

Multi nuclear spectrum pulmonary magnetic resonance system

Magnetic resonance guided radiotherapy system

PET magnetic resonance system

Time domain interference wireless brain stimulator

Neuroimaging taste stimulator

Automatic cell marker

Biochemical testing instruments, etc.

The specific research directions of the sub projects include: rapid magnetic resonance imaging and advanced functional imaging technology, medical image enhancement such as denoising and super-resolution methods, RF electromagnetic field simulation optimization, RF electronic circuit research, embedded device design and development, FPGA digital circuit design, desktop magnetic resonance scanning control platform development, cloud medical remote consultation system development, etc.