'Vesicle fusion' presentation slideshows

Toxins as Tools in Neuroscience Cell and Molecular Neuroscience Module 725 Sean Sweeney

637 views • 44 slides

Toxins as Tools in Neuroscience Cell and Molecular Neuroscience Module 725 Sean Sweeney

629 views • 44 slides

Cell Membranes

Cell Membranes. The Cell Membrane. Cell Membrane : . At Very High Magnification & in color. Phospholipid Molecule Model. phosphate (hydrophilic/polar). glycerol fatty acids (hydrophobic/nonpolar). Membrane Structure. Hydro Philic/philia Phobic/phobia Polar=soluble in water.

784 views • 36 slides

Autophagy

672 views • 30 slides

Lecture 3 Vesicular Trafficking -Cops and Clathrins -Arfs, Rabs, Sars -Snares

Lecture 3 Vesicular Trafficking -Cops and Clathrins -Arfs, Rabs, Sars -Snares. Vesicular Trafficking allows Proteins and Vesicles to Reach their Destinations. The orientation of transmembrane proteins. Proteins IN the ER face the OUTSIDE of the cell.

343 views • 23 slides

Lecture 3 Vesicular Trafficking -Cops and Clathrins -Arfs, Rabs, Sars -Snares

Lecture 3 Vesicular Trafficking -Cops and Clathrins -Arfs, Rabs, Sars -Snares. Vesicular Trafficking allows Proteins and Vesicles to Reach their Destinations. The orientation of transmembrane proteins. Proteins IN the ER face the OUTSIDE of the cell. COPII = ER-> Golgi

438 views • 22 slides

FIGURE 10.1. The three modes of intracellular protein transport.

FIGURE 10.1. The three modes of intracellular protein transport. FIGURE 10.2. The nuclear pore. UNFIGURE 10.1. FIGURE 10.3. The GDP/GTP cycle of a GTPase. FIGURE 10.4. Ran GEF and GAP are localized to the nucleoplasm and cytosol, respectively. FIGURE 10.5. Nuclear import.

384 views • 14 slides