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Zhengjun Chen
Life Science
University of Chinese Academy of Sciences
Shanghai
Language: Chinese
Contact
Keywords
Phosphorylation
Protein
Cell Signaling
Network
Tumorigenesis
Cancer
Biochemistry
Molecular Biology
Cell Biology
Research
Areas of Focus
- Phosphorylated Protein Cell Signaling Network and Tumorigenesis
Work Experience
- 2015-01 to 2019-12 - Principal Investigator - Research on the mechanism and function of Par protein complex in the establishment and maintenance of hepatocyte polarity
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Related Professors
Peng Shang - Northwestern Polytechnical University
Area of Focus
Space | Bone Loss | Osteoblasts | Osteoclasts | Microgravity | Radiation | Magnetic Fields | Cell Signaling | Drug Development | Tissue Engineering | Biological Effects | Bone Health | Tumor Systems | Nanomedicine | Drug Delivery | Medical Devices | Health Maintenance | Magnetic Therapy | Biomedical Engineering | Health Engineering | Biomedical Devices | Cancer Therapy | Biomaterials | Medical Technology | Innovation | Aerospace | Space Missions | Physiological Effects | Health Risks | Countermeasures | Space Medicine | Proteins | Peptides | Polysaccharides | Tumor Metastasis | Pharmacology | Biotechnology | Molecular Biology
Space | Bone Loss | Osteoblasts | Osteoclasts | Microgravity | Radiation | Magnetic Fields | Cell Signaling | Drug Development | Tissue Engineering | Biological Effects | Bone Health | Tumor Systems | Nanomedicine | Drug Delivery | Medical Devices | Health Maintenance | Magnetic Therapy | Biomedical Engineering | Health Engineering | Biomedical Devices | Cancer Therapy | Biomaterials | Medical Technology | Innovation | Aerospace | Space Missions | Physiological Effects | Health Risks | Countermeasures | Space Medicine | Proteins | Peptides | Polysaccharides | Tumor Metastasis | Pharmacology | Biotechnology | Molecular Biology
Ting Huyan - Northwestern Polytechnical University
Area of Focus
Space Biology | Magnetic Field | Biology | Environment | Research | Special Conditions | Cellular Biology | Molecular Mechanisms | Space Effects | Biological Responses | Cancer | Immunotherapy | Treatment | Cellular Response | Immune System | Therapy Development | Clinical Applications | Molecular Targets | Immune Modulation
Space Biology | Magnetic Field | Biology | Environment | Research | Special Conditions | Cellular Biology | Molecular Mechanisms | Space Effects | Biological Responses | Cancer | Immunotherapy | Treatment | Cellular Response | Immune System | Therapy Development | Clinical Applications | Molecular Targets | Immune Modulation
Shang Xiaoya - Northwestern Polytechnical University
Area of Focus
Polysaccharides | Immunomodulation | Bioactivity | Molecular Biology | Natural Products | Antioxidants | Health Effects | Cellular Mechanisms | Pharmacology | Biochemistry | Natural Compounds | Health Benefits | Oxidative Stress | Free Radicals | Cellular Protection | Molecular Interactions | Chemistry | Molecular Mechanisms | Bioactive Compounds | Cellular Processes | Pharmacological Properties | Biochemical Pathways | Research
Polysaccharides | Immunomodulation | Bioactivity | Molecular Biology | Natural Products | Antioxidants | Health Effects | Cellular Mechanisms | Pharmacology | Biochemistry | Natural Compounds | Health Benefits | Oxidative Stress | Free Radicals | Cellular Protection | Molecular Interactions | Chemistry | Molecular Mechanisms | Bioactive Compounds | Cellular Processes | Pharmacological Properties | Biochemical Pathways | Research