WARNING:
JavaScript is turned OFF. None of the links on this concept map will
work until it is reactivated.
If you need help turning JavaScript On, click here.
This Concept Map, created with IHMC CmapTools, has information related to: cell membrane, Vesicular Transport (large particles and macromolecules ) Types of Vesicular trafficking – moving substances from one area in the cell to another, Functions: (6) Transport, intracellular joining, cell to cell recognition attachment, May be enzyme & receptors for signal transduction JUNCTION TYPES Gap junction– allows chemical substances to pass between cells, Active transport- requires use of carrier protein type of molecule Everything else, Vesicular Transport (large particles and macromolecules ) Types of Endocytosis/ Exocytosis, Passive transport Example lipid or steroid hormone, Cell Membranes Transport through Passive transport, Vesicular Transport (large particles and macromolecules ) Types of Phagocytosis, phospholipids, cholesterol, and glycolipids glycolipids lipids bound with carbohydrate, Passive transport type of molecule? In general, very small or highly lipophilic compounds, phospholipids, cholesterol, and glycolipids phospholipids are both hydrophobic & hydrophilic, Cell Membranes cell membrane fluid mosaic model, Functions: (6) Transport, intracellular joining, cell to cell recognition attachment, May be enzyme & receptors for signal transduction JUNCTION TYPES Tight: impermeable, Passive transport diffusion simple, Passive transport diffusion facilitated, Cell Membranes Transport through Active transport- requires use of carrier protein, Vesicular Transport (large particles and macromolecules ) Types of Transcytosis- into/across/out of cell, fluid mosaic model Double bilayer of lipids with imbedded, dispersed proteins, Cell Membranes Transport through Vesicular Transport (large particles and macromolecules ), Cell Membranes Membrane proteins Functions: (6) Transport, intracellular joining, cell to cell recognition attachment, May be enzyme & receptors for signal transduction, Active transport- requires use of carrier protein example? ATP & Ions