Do you know what molecular imaging means? Do you want to see changes in the molecular level of the body in vivo? Do you want to dynamically track the trend of a certain molecule in vivo? Come on, choose our "Advancing molecular imaging" to take you into a new field. Understand our body health, understand the causes of diseases, make accurate and intelligent molecular level diagnosis, and target specific molecules for treatment.
开设学校:山东大学;学科:医药卫生、
Do you know what molecular imaging means? Do you want to see changes in the molecular level of the body in vivo? Do you want to dynamically track the trend of a certain molecule in vivo? Come on, choose our "Advancing molecular imaging" to take you into a new field. Understand our body health, understand the causes of diseases, make accurate and intelligent molecular level diagnosis, and target specific molecules for treatment.
-1.concept and feature of molecular imaging
--1.1 concept and feature of molecular imaging
-2. Molecular Recognition Theory
--1.2 Molecular Recognition Theory
-3. Molecular probes
-4.Classification of Molecular Imaging
--1.4 Classification of Molecular Imaging
-5. Development and application of of MI
--1.5 Development and application of of MI
-Homework of Chapter 1
-1.The Basis of Molecular Nuclear Medicine
--1.The Basis of Molecular Nuclear Medicine
-2.The Mode of Radioactive Decay
--2.The Mode of Radioactive Decay
-3.Interaction of charged particles -with matter
--3.Interaction of charged particles -with matter
-Homework of Chapter 2
-1. Nuclear Medicine Instrumentation
--1.Nuclear Medicine Instrumentation and Radiopharmaceuticals
-2.The classificaton of NM devices
--2.The classificaton of NM devices
-3.PET
--3.PET
-4.Radiopharmaceuticals
-Homework of Chapter 3
-1. Radionuclide tracing techinique
--1.Radionuclide tracing techinique
-2. In vivo tracing techniques
--2.In vivo tracing techniques
-3. Receptor radioimaging
-4. Application of receptor imaging -in nerve system
--4.Application of receptor imaging -in nerve system
-Homework of Chapter 4
-1. Advancing nuclear molecular Imagine
--1.Advancing nuclear molecular Imagine
-2. Radioimmunoimaging
-3. Apoptosis Imaging
-4. Metabolism imaging
-Homework of Chapter 5
-1.The introduction of PET
--Part 1. The introduction of PET
-2.The Oncological Applications of PET/CT in diagnose and staging
--Part 2. The Oncological Applications -of PET-CT in diagnose and staging
-3.The Oncological Applications of PET/CT in restaging and recurrence
--Part 3. The Oncological Applications -of PET-CT in restaging and recurrence-
-4.The application of PET/CT in cardiac and nervous system
--Part 4. The application of PET-CT -in cardiac and nervous system
-Homework of Chapter 6
-1.Optical Molecular Imaging
-2.Optical imaging method
-3.Bioluminescence Imaging and -Fluorescence imaging
--3.Bioluminescence Imaging and -Fluorescence imaging
-4.Biomedical Imaging by Near Infrared Light
--4.Biomedical Imaging by Near Infrared Light
-Homework of Chapter 7
-1. Concept
-2. Imaging characteristics
-3. Suitable magnetic materials
--3. Suitable magnetic materials
-4. Types and characteristics of carriers
--4. Types and characteristics of carriers
-5.Targeting
-Homework of Chapter 8
-1.Nervous system
-2.Cardiovascular system
-3.Tumor
--3.Tumor
-Homework of Chapter 9
-1.Concept and Properties
-2.Ultrasound Contrast Agents
--2.Ultrasound Contrast Agents
-3.Ultrasound Imaging System
-4.Advancing Ultrasound MI
-Homework of Chapter 10
-Final Exam-1
-Final Exam-2
-Final Exam-3
课程负责人 山东大学齐鲁医学院教授,博士生导师,长期从事核医学及分子影像学教学与科研。开设中文及英文分子影像学线下课程多年,具有丰富的教学经验。主讲非在线课程:“辐射与防护”在 智慧树和中国大学MOOC上线,2018年被认定为被教育部认定为国家级精品在线课程。本课程中负责课程内容设计,及视频完善,主讲绪论,核分子影像学进展两大部分内容的主讲。
山东大学齐鲁医院教授、主任医师、博士生导师,放射科副主任,山东大学纳米分子与功能成像转化医学研究中心副主任,研究方向为胸腹部疾病影像诊断、影像组学及分子成像。
李杰,山东大学齐鲁医院超声科主任,山东大学博士生导师,主要研究方向为多功能纳米超声造影剂的研究。
李昕,主任医师,博士,山东大学齐鲁医院核医学科副主任。主要从事临床核医学工作。
影像医学与核医学博士,山东大学齐鲁医学院副教授。中华医学会核医学分体外学组委员,山东省抗癌协会肿瘤核医学分会副主任委员。国家级精品课程“辐射防护基础”主讲教师之一,山东大学“实验核医学”、“分子影像进展”等课程主讲老师,长期从事核分子影像医学的教学与基础研究,具有丰富的教学、科研及管理经验。
梁博士具有分子核医学专业理论基础和丰富的教学经验,负责课程的日常维护。