Cell Biology Advanced

Cell Biology Advanced

Shomu"s Biology via YouTube Direct link

Lipid Rafts

1 of 47

1 of 47

Lipid Rafts

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Classroom Contents

Cell Biology Advanced

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  1. 1 Lipid Rafts
  2. 2 Importance of lipid rafts
  3. 3 Mitochondrial translocation of proteins
  4. 4 Mitochondrial protein transport
  5. 5 Mitochondrial protein transport mechanisms
  6. 6 Nuclear pore complex | nuclear transport
  7. 7 Nuclear Protein receptor
  8. 8 Nuclear transport
  9. 9 Protein targeting to plastids | protein transport
  10. 10 Protein transport to lysosome | protein targeting
  11. 11 Endosome, Lysozome and phagosome
  12. 12 Peroxisomes | structure and function of peroxisomes
  13. 13 Protein secretion pathway | protein secretion in cell
  14. 14 Protein secretion pathway (ER to Golgi)
  15. 15 Constitutive secretion and regulated secretion | protein secretion pathway
  16. 16 Vesicle trafficking | vesicle transport in cell
  17. 17 Vesicle formation
  18. 18 COP 2 transport vesicles | vesicle transport
  19. 19 Membrane fusion in vesicle transport and trafficking
  20. 20 Motor proteins | dynein, kinesin, myosin
  21. 21 Vesicle tethering
  22. 22 Post translational modification of proteins
  23. 23 Golgi complex structure and function | Golgi apparatus structure
  24. 24 Protein modifications in Golgi aparatus | post translational modificsation
  25. 25 Synaptic vesicle formation
  26. 26 The mitochondrial pathway of apoptosis
  27. 27 Golgi bodies function and organization
  28. 28 Cotranslational protein translocation
  29. 29 Cell cycle checkpoints
  30. 30 CDKs, cyclines, cell cycle
  31. 31 Chaperones and protein folding
  32. 32 Cyclin and CDK
  33. 33 Chaperones
  34. 34 Importance of stem cell therapy
  35. 35 Stem cells basics animation
  36. 36 Stem cells animation
  37. 37 Nucleosome and histones | Nucleosome structure
  38. 38 Nucleosome modification
  39. 39 Nucleosome Remodeling
  40. 40 Ubiquitination (protein degradation)
  41. 41 Intrinsic apoptosis pathway
  42. 42 Caspase and Procaspase in cell death
  43. 43 Proteolysis
  44. 44 Protein folding mechanism
  45. 45 Protein folding models
  46. 46 Cell cycle regulation
  47. 47 Cell cycle control

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