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