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The biomedical engineer's pledge
The biomedical engineer's pledge
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The mission of iETAL
The mission of iETAL
To improve and invent energy-based tumor precision ablation devices and protocols for patients and clinicians
To improve and invent energy-based tumor precision ablation devices and protocols for patients and clinicians
About iETAL
About iETAL
Our interdisciplinary research team consists of faculty and students from Shanghai University, the University of Saskatchewan, and East China University of Science and Technology. Together, we operate a dedicated joint laboratory focused on the deficiency of energy-based tumor ablation modalities in treating cancers in lung and the clinical translation of these modalities to brain tumors.
Our interdisciplinary research team consists of faculty and students from Shanghai University, the University of Saskatchewan, and East China University of Science and Technology. Together, we operate a dedicated joint laboratory focused on the deficiency of energy-based tumor ablation modalities in treating cancers in lung and the clinical translation of these modalities to brain tumors.
Specifically, our research aims to investigate and overcome the limitations of energy-based tumor ablation modalities such as microwave ablation (MWA), irreversible electroporation (IRE), and laser ablation in a multi-scale manner. Through the application of knowledge in artificial intelligence, mechanical/electrical engineering, tissue engineering, microfluidics, and cell biology, we seek to understand the underlying mechanisms that contribute to these limitations and design innovative precision ablation devices and/or protocols to overcome them. Our research is conducted through a range of methods, including in silico, ex vivo, in vitro, and in vivo experiments.
Specifically, our research aims to investigate and overcome the limitations of energy-based tumor ablation modalities such as microwave ablation (MWA), irreversible electroporation (IRE), and laser ablation in a multi-scale manner. Through the application of knowledge in artificial intelligence, mechanical/electrical engineering, tissue engineering, microfluidics, and cell biology, we seek to understand the underlying mechanisms that contribute to these limitations and design innovative precision ablation devices and/or protocols to overcome them. Our research is conducted through a range of methods, including in silico, ex vivo, in vitro, and in vivo experiments.
As a group, we are particularly interested in transnational research and welcome collaboration with other research institutes both locally and internationally to advance our understanding of energy-based tumor ablation and develop more effective and clinically translatable treatment modalities for cancer patients.
As a group, we are particularly interested in transnational research and welcome collaboration with other research institutes both locally and internationally to advance our understanding of energy-based tumor ablation and develop more effective and clinically translatable treatment modalities for cancer patients.
Opening positions
Opening positions
If you are interested in joining our lab as a graduate student or postdoc fellow, please contact Dr. Zhang, Bing via e-mail at bingzhang84@shu.edu.cn. The lab also supports members studying and/or researching worldwide.
If you are interested in joining our lab as a graduate student or postdoc fellow, please contact Dr. Zhang, Bing via e-mail at bingzhang84@shu.edu.cn. The lab also supports members studying and/or researching worldwide.
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