'Vesicle transport' presentation slideshows

Chapter 5: Homeostasis and Transport

Chapter 5: Homeostasis and Transport. Lesson 2: Cell Transport-Passive and Active. Lesson Objectives. Describe different types of passive transport. Explain how different types of active transport occur.

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Neurological Disorders Lesson 2.4

Neurological Disorders Lesson 2.4. How do our neurons transport the materials they need?. nucleus. 1. . nucleus. 2 . . 5. . 3. . synapse. 4 . . synapse. Do Now:. Complete Part 1 on your worksheets. Sort the components into the appropriate neuronal compartments. Axon. Dendrites.

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Biology Journal 3/11/2014

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Membranes in Biology

Rob Phillips California Institute of Technology. Membranes in Biology. (McMahon). Cells and Their Membranes. Cells and Their Membranes. Lipids. Lipid Bilayers (In Vitro). Hydrophobic tails and polar head groups. Favorable for lipids to spontaneously assemble to form bilayers.

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Pancreatic Islets within Pancreas

Pancreatic Islets within Pancreas. Modulators of Insulin Secretion. Insulin Secretion. Phospholipase A 2 Cleavage Sites. Superoxide-mediated activation of uncoupling protein 2 causes pancreatic B cell dysfunction Krauss et al JCI 112:18311842, 2003. Chronic Hyperglycemia

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Dendrites

Do now: List at least 3 components you would find in e ach compartment. Axon. Dendrites. Cell Body. Synapse. Slower. Fast. Dendrites. Cell Body. Axon. Synapse. Why is transport to the synapse faster?. Moving components to the synapse and back.

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Vesicle transport on microtubules

Vesicle transport on microtubules.

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