Advancing Molecular Imaging

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、

Advancing Molecular Imaging课程:前往报名学习

Advancing Molecular Imaging视频慕课课程简介:

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.

前往报名学习

Advancing Molecular Imaging课程列表:

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Chapter 1. Molecular biological basis of molecular imaging

-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

--1.3 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

Chapter 2. Nuclear medicine molecular imaging

-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

Chapter 3. Radioactivity measurement and imaging

-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

--4.Radiopharmaceuticals

-Homework of Chapter 3

Chapter 4. Progress in nuclear molecular imaging-1

-1. Radionuclide tracing techinique

--1.Radionuclide tracing techinique

-2. In vivo tracing techniques

--2.In vivo tracing techniques

-3. Receptor radioimaging

--3.Receptor radioimaging

-4. Application of receptor imaging -in nerve system

--4.Application of receptor imaging -in nerve system

-Homework of Chapter 4

Chapter 5. Progress in nuclear molecular imaging-2

-1. Advancing nuclear molecular Imagine

--1.Advancing nuclear molecular Imagine

-2. Radioimmunoimaging

--2.Radioimmunoimaging

-3. Apoptosis Imaging

--3.Apoptosis Imaging

-4. Metabolism imaging

--4.Metabolism imaging

-Homework of Chapter 5

Chapter 6. Multimodal molecular image of nuclear medicine

-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

Chapter 7.Optical molecular imaging

-1.Optical Molecular Imaging

--1.Optical Molecular Imaging

-2.Optical imaging method

--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

Chapter 8. MR molecular imaging

-1. Concept

--1. Concept

-2. Imaging characteristics

--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

--5.Targeting

-Homework of Chapter 8

Chapter 9. Research progress of molecular magnetic resonance imaging

-1.Nervous system

--1.Nervous system

-2.Cardiovascular system

--2.Cardiovascular system

-3.Tumor

--3.Tumor

-Homework of Chapter 9

Chapter 10.Ultrasonic molecular imaging

-1.Concept and Properties

--1.Concept and Properties

-2.Ultrasound Contrast Agents

--2.Ultrasound Contrast Agents

-3.Ultrasound Imaging System

--3.Ultrasound Imaging System

-4.Advancing Ultrasound MI

--4.Advancing Ultrasound MI

-Homework of Chapter 10

Final Exam

-Final Exam-1

-Final Exam-2

-Final Exam-3

Advancing Molecular Imaging开设学校:山东大学

Advancing Molecular Imaging授课教师:

侯桂华-教授-山东大学-

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。

于德新-教授,主任医师-山东大学-

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-教授-山东大学-

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-Professor-山东大学-

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。

张超-副教授-山东大学-

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。

梁婷-讲师-山东大学-

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。

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