X:Courses: Difference between revisions
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==''' | =='''Ion Channels in Neurosciences (4 lectures for Neurobiology)'''== | ||
北航研究生课程 (2020-2021 Fall) | |||
=='''Molecular Biophotonics: Genetically Encoded Optical Sensors and Actuators (2 lectures for Biomedical Optics)'''== | |||
北航研究生课程 (2020-2021 Fall) | |||
=='''Ion-Channel Engineering (3 lectures for Introduction to BME''')== | |||
北航本科生课程 (2020-2021 Fall) | |||
=='''Ion Channels: Science and Engineering (3 lectures for Introduction to Biology and Medicine''')== | |||
北京大学研究生课程 (2020-2021 Fall) | |||
=='''Ion-Channel Engineering (2 lectures for Introduction to BME''')== | |||
北航本科生课程 (2020-2021 Spring) | |||
=='''Ion Channels of Voltage-gated Superfamily (4 lectures for Neurobiology)'''== | |||
北大医学部研究生课程 (2020-2021 Spring) | |||
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=='''Ion Channels of Excitable Membranes'''== | |||
可兴奋细胞膜之离子通道 【2014 Spring】 研究生专业课,2学分 | |||
=='''Principles of Neural Science and Neural Engineering'''== | |||
生物医学工程系本科 神经工程模块 (2013 Fall) | |||
神经科学与神经工程基础,3学分,三上 | |||
生物医学工程系本科 神经工程模块 (2012 Fall) | 生物医学工程系本科 神经工程模块 (2012 Fall) | ||
神经科学与神经工程基础,3学分,三上 | 神经科学与神经工程基础,3学分,三上 | ||
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=='''2012 Spring-I'''== | |||
PTN清华进展和讨论生物学专题讨论之'''细胞膜离子通道基础'''专题模块 (2012 Spring) | |||
上课时间:3/6;3/8;3/13;3/15 上午8:50-10:35 | |||
上课地点:清华 六教 6B308 | |||
Contact Info: | |||
Xiaodong Liu (刘晓冬), Ph.D. | |||
Professor of Biomedical Engineering and Life Sciences | |||
Principle Investigator of X-Lab | |||
http://openwetware.org/wiki/X-Lab | |||
School of Medicine | |||
Tsinghua University | |||
B-307 (office); B-229(Lab) | |||
Voice: (86)10-62796733 (O); | |||
'''TA''': 秦 毅(2011级PTN学生) 邮箱:ptnqyi@126.com 手机:18210604223 | |||
Lecture I (3/6) : Fundamentals of Ion Channels | |||
a. Current Understanding: Permeation; Selectivity; Gating | |||
b. Historical Retrospects | |||
c. Molecular Physiology of Ion Channels (Molecular Biophysics & Pathophysiological Relevance) | |||
Lecture II (3/8) : Quantitative Descriptions o of Ion Channel Behaviors | |||
a. H-H, (see http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1392413/pdf/jphysiol01442-0106.pdf) | |||
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b. Single Channels (see http://openwetware.org/images/1/18/Paper_Neher_Lecture.pdf) | |||
c. Simulations (see http://www.neuron.yale.edu/neuron/) | |||
Lecture III (3/13): Frontiers of Ion Channels -I | |||
a. Molecular Aspects | |||
Paper A: http://www.nature.com/nature/journal/v451/n7180/full/nature06529.html | |||
Paper B: http://www.nature.com/nature/journal/v463/n7283/full/nature08766.html | |||
b. Comments, Insights and Beyond (for non-channel proteins, see http://bernstein.harvard.edu/papers/peter_science_1998.pdf) | |||
Lecture IV (3/15): Frontiers of Ion Channels -II | |||
a. Physiological Aspects | |||
Paper C: http://www.nature.com/nature/journal/vaop/ncurrent/full/nature10812.html | |||
Paper D: http://www.nature.com/nature/journal/v447/n7148/full/nature05865.html | |||
b. Comments, Insights and Beyond (optogenetics, see http://en.wikipedia.org/wiki/Optogenetics) | |||
c. Brief Summary | |||
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=='''2012 Spring-II'''== | |||
医学药学实验班 生理学之'''感官神经生理''' (2012 Spring) | |||
2012.5.15 二 3 三教1209 sensory functions I | |||
2012.5.18 五 2 三教1209 sensory functions II | |||
Textbook: medical physiology chapter 31 | |||
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Latest revision as of 08:40, 19 May 2021
Ion Channels in Neurosciences (4 lectures for Neurobiology)
北航研究生课程 (2020-2021 Fall)
Molecular Biophotonics: Genetically Encoded Optical Sensors and Actuators (2 lectures for Biomedical Optics)
北航研究生课程 (2020-2021 Fall)
Ion-Channel Engineering (3 lectures for Introduction to BME)
北航本科生课程 (2020-2021 Fall)
Ion Channels: Science and Engineering (3 lectures for Introduction to Biology and Medicine)
北京大学研究生课程 (2020-2021 Fall)
Ion-Channel Engineering (2 lectures for Introduction to BME)
北航本科生课程 (2020-2021 Spring)
Ion Channels of Voltage-gated Superfamily (4 lectures for Neurobiology)
北大医学部研究生课程 (2020-2021 Spring)