Professors Schulten and Ha: Introduction to Biomolecular Physics (U of Illinois at Urbana Champaign)

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source: NanoBio Node      2013年8月28日
Phys 550: Introduction to Biomolecular Physics
See the updated video (synced with high resolution slides) at http://nanohub.org/resources/19295
See the rest of the course, including course notes and exercises at http://nanohub.org/resources/19299

Lecture 1: Biomolecular Physics - Introduction to Biomolecular Physics (We apologize for the audio quality for the first few minutes, as there was not an additional microphone.) 1:08:59
Lecture 2: Photosynthesis I 1:19:25
Lecture 3: Photosynthesis II + Interaction of Molecules with Light I 1:18:24
Lecture 4: Interaction of Molecules with Light II 1:20:57
Lecture 5: Interaction of Molecules with Light III 1:20:09
Lecture 6: Interaction of Molecules with Light IV 1:19:02
Lecture 7: Vision I 1:25:47
Lecture 8: Vision II 1:12:31
Lecture 9: Protein Overview 1:15:07
Lecture 11: Stochastic Processes II 1:21:17
Lecture 11: Stochastic Processes II 2:20:31
Lecture 12: Stochastic Processes III 1:23:38
Lecture 13: Physics of the Neuron 1:15:36
Lecture 14: Physics of the Neuron II 1:19:09
Lecture 15: Physics of the Neuron III 1:19:17
Lecture 16: Intro to BioPhysics 1:21:55
Lecture 17: Regulation of Gene Expression 1:21:33
Lecture 18: Motor Proteins/Florescence/DNA & 2-State System 1:18:20
Lecture 19: Motor Proteins/Florescence/DNA & 2-State System II 1:19:30
Lecture 20: DNA Origami/Encode/DNA Flexibility 1:20:20
Lecture 21: Super Resolution Imaging & smFRET 1:17:36
Lecture 22: FRET & Force/Toggle Switch/Repriscillator/Gene Regulation Function 1:21:37
Lecture 23: Single Molecular Manipulation & Optical Traps 1:20:12
Lecture 24: Gene Regulation at the Single-Cell Level 1:20:40
Lecture 25: Noise in Gene Expression & Sequencing Method 1:16:50
Lecture 26: Third Generation Sequencing & Gene Expression Analysis Tools 1:08:18
Lecture 27: Genome Engineering and Synthetic Cell 1:22:32
Lecture 28: Protein Sequence Analysis 1:16:55

Professors Schulten and Ha: Biomolecular Physics Course (University of Illinois at Urbana Champaign)

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source: NanoBio Node   2014年1月24日
For more information, visit http://nanohub.org/resources/20191
Course notes and exercises: http://nanohub.org/resources/19299Physics 550: Biomolecular Physics Course

Lecture 28: Protein Sequence Analysis 1:16:55
Lecture 27: Genome Engineering and Synthetic Cell 1:22:32
Lecture 26: Third Generation Sequencing & Gene Expression Analysis Tools 1:08:18
Lecture 25: Noise in Gene Expression & Sequencing Method 1:16:50
Lecture 24: Gene Regulation at the Single-Cell Level 1:20:40
Lecture 11: Stochastic Processes II 1:21:17
Lecture 23: Single Molecular Manipulation & Optical Traps 1:20:12
Lecture 22: FRET & Force/Toggle Switch/Repriscillator/Gene Regulation Function 1:21:37
Lecture 21: Super Resolution Imaging & smFRET 1:17:36
Lecture 20: DNA Origami/Encode/DNA Flexibility 1:20:20
Lecture 19: Motor Proteins/Florescence/DNA & 2-State System II 1:19:30
Lecture 15: Physics of the Neuron III 1:19:17
Lecture 18: Motor Proteins/Florescence/DNA & 2-State System 1:18:20
Lecture 17: Regulation of Gene Expression 1:21:33
Lecture 16: Intro to BioPhysics 1:21:55
Lecture 12: Stochastic Processes III 1:23:38
Lecture 11: Stochastic Processes II 2:20:31
Lecture 9: Protein Overview 1:15:07
Lecture 8: Vision II 1:12:31
Lecture 7: Vision I 1:25:47
Lecture 10: Stochastic Processes 1:21:43
Lecture 6: Interaction of Molecules with Light IV 1:19:02
Lecture 5: Interaction of Molecules with Light III 1:20:09
Lecture 4: Biomolecular Physics - Interaction of Molecules with Light II 1:20:57
Lecture 3: Biomolecular Physics - Photosynthesis II + Interaction of Molecules with Light I 1:18:24
Lecture 1: Biomolecular Physics - Introduction to Biomolecular Physics 1:08:59