Molecular imaging is a multi-disciplinary interdisciplinary and multi-disciplinary integration, which is in line with the needs of targeted diagnosis and treatment of precision medicine. This course includes the molecular basis of molecular image, nuclear medicine molecular image, magnetic resonance molecular image, ultrasonic targeted molecular image, multimodal and multimodal molecular image and the latest progress. Through online and off-line interaction, the basic knowledge and the latest progress of molecular imaging are briefly described, so that the candidates can make the most of the knowledge revenue with the least time. Promoting graduate students to use molecular imaging knowledge for scientific research and future work.
There are ten important parts in the course, each 50 minutes, which introduce the basis, types and characteristics of molecular imaging, and introduce the latest advancing of molecular imaging
1. General Introduction
1) Concept and feature of molecular imaging;
2) Molecular Recognition Theory;
3) The Modality of Molecular Imaging;
4) Application of Molecular Imaging;
2. Molecular Imaging Probes
1) The concept and composition of molecular imaging probes;
2) Newer Bioconjugation Methods;
3) Targeted Antibodies and Peptides;
4) Magnetic Resonance Imaging Agents;
5) Optical Imaging Agents,Ultrasound Contrast Agents;
3. The Basis of Molecular Nuclear Medicine
1) The mode of radioactive decay;
2) Nuclear Medicine Instrumentation;
3) Radiopharmaceutical;
4) Radionuclide tracing techinique
4. The Advance of Molecular Nuclear Medicine Nuclide Tracing Technology
1) Receptor Imaging &Application of receptor imaging in nerve system;
2) Radioimmunoimaging;
3) Apoptosis imaging
4) Metabolism imaging
5. Multimodality Imaging of Nuclear medicine
1) Hybrid System: SPECT/CT;
2) Hybrid System: PET/CT;
3) Hybrid PET/MR systems;
4) Instrumentation and Methods to Combine Small-Animal PET With Other Imaging Modalities;
6. Application of Molecular Nuclear Medicine
1) The introduction of PET;
2) The Oncological Applications of PET/CT in diagnose and staging
3) Oncological Applications of PET/CT in restaging and recurrence
4) The application of PET/CT in cardiac and nervous system
7.Optical molecular imaging
1). Overview; 2). Imaging principle; 3). Imaging equipment; 4). Fluorescence imaging technology; 5). Bioluminescence imaging technology
8. MR molecular imaging
1)Concept; 2)Imaging characteristics; 3)Applicable magnetic materials; 4)Types and characteristics of carriers; 5.)Targeting
9. Research progress of molecular magnetic resonance imaging
1). Magnetic resonance imaging of nervous system; 2). Cardiovascular magnetic resonance imaging; 3). Molecular magnetic resonance imaging of tumor
10.Ultrasonic molecular imaging
1) Concept and characteristics; 2) Types and characteristics of targeted microbubbles; 3). Imaging equipment; 4). Research progress of ultrasound molecular imaging
