figure 10.1. the three modes of intracellular protein transport

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FIGURE 10.1. The three modes of intracellular protein transport.

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Page 1: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.1. The three modes of intracellular protein transport.

Page 2: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.2. The nuclear pore.

Page 3: FIGURE 10.1. The three modes of intracellular protein transport

UNFIGURE 10.1.

Page 4: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.3. The GDP/GTP cycle of a GTPase.

Page 5: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.4. Ran GEF and GAP are localized to the nucleoplasm and cytosol, respectively.

Page 6: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.5. Nuclear import.

Page 7: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.6. Nuclear export.

Page 8: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.7. Transport of a growing protein across the membrane of the endoplasmic reticulum.

Page 9: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.8. The Golgi apparatus.

Page 10: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.9. Vesicle fission and fusion.

Page 11: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.10. Generation of membrane buds by (A) coatamers and (B) clathri.

Page 12: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.11. Presentation of peptides by MHC proteins.

Page 13: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.12. Targeting of protein to the lysosome.

Page 14: FIGURE 10.1. The three modes of intracellular protein transport

FIGURE 10.13. SNAREs and vesicle fusion.