[翰佳老師影音課程] 20-2 四大複合體與質子梯度 - 生物化學 (二)

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長度: 52:09, 發表時間 : 2016-04-17 13:07

觀看次數 : 2,133

00:05
1. 國立台灣海洋大學生命科學系
01:54
2. Complex I
02:02
3. P side
04:29
4. Solving a Medical Mystery Revolutionized Our Treatment of Parkinson’s Disease
01:09
5. Complex I Transports Protons From the Matrix to the Cytosol
01:37
6. Complex II Oxidizes Succinate and Reduces Coenzyme Q
03:00
7. Complex II and other UQH2 producer
01:25
8. Flavinprotein complexes
01:05
9. Fatty-Acyl-CoA Dehydrogenases Also Supply Electrons to UQ
02:39
10. Complex II
00:26
11. The Structure of Complex II
03:38
12. Complex III Mediates Electron Transport from Coenzyme Q to Cytochrome c
01:03
13. Structure of Complex III
03:51
14. The Q cycle
00:36
15. Cytochrome c
01:18
16. Detection of the redox state of Cytochrome c by absorption spectrum
03:05
17. Complex IV Transfers Electrons from Cytochrome c to Reduce Oxygen on the Matrix Side
00:27
18. Complex IV Transfers Electrons from Cytochrome c to Reduce Oxygen on the N Side
00:20
19. Complex IV
00:12
20. Structure of complex IV
02:54
21. Figure 20.18 The proton channels of cytochrome c oxidase from R. spheroides
00:45
22. Net reaction in complex IV
03:14
23. The Four Electron-Transport Complexes are Independent
03:33
24. Electron Transfer Energy Stored in a Proton Gradient: The Mitchell Hypothesis
00:25
25. Electron Transfer Energy Stored in a Proton Gradient: The Mitchell Hypothesis
00:49
26. 20.4 What Are the Thermodynamic Implications of Chemiosmotic Coupling?
00:01
27. Mitchell’s chemiosmotic hypothesis
00:38
28. 20.4 What Are the Thermodynamic Implications of Chemiosmotic Coupling?
01:14
29. Electron Transfer Energy Stored in a Proton Gradient: The Mitchell Hypothesis
00:21
30. 20.4 What Are the Thermodynamic Implications of Chemiosmotic Coupling?
01:08
31. Mitchell’s chemiosmotic hypothesis
01:03
32. H+/2e- Ration
01:26
33. End of Part 2

長度: 52:09, 發表時間 : 2016-04-17 13:07

觀看次數 : 2,133

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