Basic Information

Name: Ying Liu

Sex: Female

Degree: Doctor

Education: Peking University Health Science Center

Major: Radiology and Nuclear Medicine

Title: Chief Physician, Associate Professor

Mentoring Qualification: Master’s Supervisor

Specialization

Neurological imaging, research on brain functional imaging, main research interest is cognitive disability, psychiatric diseases, neonatal MR imaging.

Experience

2006-now worked at PKUTH Radiology Department as resident, attending physician, associate chief physician, associate professor in succession.

Research

She is in charge of multiple projects of the 2017 Key Young Scholar Project of PKUTH, the 2014 PKUTH Interdisciplinary Seed Fund, the 2012 PKUTH Interdisciplinary Seed Fund

She participated multiple projects supported by the 2019 National Natural Science Foundation Key Project, 2019 Beijing Natural Science Foundation General Project, 2018 Key National Research Project, 2017 Key National Research Project

Academic Appointment

Member of the 14th Chinese Society of Radiology MRI Professional Committee Head and Neck Imaging Specialty Committee

Member of Medical Equipment MRI Imaging Equipment Professional Committee

Beijing Medical Association Radiology

Member of Young Professional Committee of Beijing Medical Association Radiology Commission

Member of Chinese Health Care International Exchange Promotion Commission Perioperative Professional Committee

Member of Beijing Neurology Specialty Commission Neurology Imaging Professional Commission

Publications

She published a significant number of research articles on national core journals and SCI indexed international journals, including the following:

(1) Xu F#, Liu Y#, Wei Y, et al. Differences in lumbar dural sac dimension in supine and lateral positions in late pregnancy: a magnetic resonance imaging study. Int J ObstetAnesth. 2016, 26:19-23.

(2) Liu Y, Zeng X, Wang Z, Zhang N, Fan D, Yuan H. Different post label delay cerebral blood flow measurements in patients with Alzheimer's disease using 3Darterial spin labeling. Magn Reson Imaging. 2015, 9 (33):1019-1025.