Zhixing Wang
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Also affiliated: Qinghai University (2026); Aviation Industry Corporation of China (China) (2009); City Of Hope National Medical Center (2023–2025); Oregon State University (2010–2012); East China Jiaotong University (2011); University of Electronic Science and Technology of China (2022–2025); Army Medical University (2009); Chongqing University (2024); Chinese Academy of Sciences (2021–2026); Chinese Academy of Medical Sciences & Peking Union Medical College (2023–2026); China-Japan Friendship Hospital (2001); Ruijin Hospital (2002); Inner Mongolia University of Science and Technology (2025–2026); Nanjing University of Science and Technology (1996–2005); Soochow University (2023); Fifth Tianjin Central Hospital (2022); City of Hope (2023–2025); First Affiliated Hospital of Shantou University Medical College (2018–2021); Affiliated Hospital of Qingdao University (2025); Xinqiao Hospital (2009); Institute of Optics and Electronics, Chinese Academy of Sciences (2021–2026); Xi'an University of Technology (2009); Chongqing Emergency Medical Center (2024); Aviation General Hospital (2022); University of Chinese Academy of Sciences (2022–2025); Tangshan Gongren Hospital (2018); Computer Vision Center (2025); Institute of Basic Medical Sciences of the Chinese Academy of Medical Sciences (2023–2026); University College London (2021); Southwest Jiaotong University (2022); University of Virginia (2021–2025); East China Normal University (2011); The University of Tokyo (2022–2026); Zhejiang University (2016–2017); Renmin University of China (2025); Nanjing University (2022); Tsinghua University (2007)
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Zhixing Wang's research focuses on the application of advanced imaging techniques and computational methods, particularly within the field of medical imaging. His work has explored the development and optimization of Magnetic Resonance Imaging (MRI) techniques, including multi-axis spiral projection MR fingerprinting for rapid, high-resolution quantitative imaging and concomitant magnetic-field compensation for 2D spiral-ring turbo spin-echo imaging. Wang has also investigated computer-assisted image processing and algorithms, such as filter pruning for deep learning models and a mutually enhanced modeling method for human pose estimation. His publications demonstrate an interest in diverse areas, including the pharmacological effects of small molecules on cellular processes, such as the suppression of glioma by gambogic amide, and the use of plant-derived compounds for vascular stent engineering. Wang holds a h-index of 13 with 103 total publications and 680 citations.
Metrics
- h-index: 13
- Publications: 102
- Citations: 697
Positions
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Posdoc/Physicist Assistant 2023–2024City of Hope Radiation Oncology ORCID
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Research Assistant 2017–2022University of Virginia Biomedical Engineering ORCID
Selected Publications
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A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array (2026)
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A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array (2026)
Collaboration Network
Top Collaborators
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared <scp>MRI</scp> Acquisition Using a Multi‐Coil <scp>AC</scp> / <scp>DC</scp> Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
- A Dynamic Shim Approach for Correcting Eddy Current Effects in Diffusion‐Prepared MRI Acquisition Using a Multi‐Coil AC / DC Shim‐Array
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