Erin and Kirstin 
Transport Protein: are carriers that use energy to move substances across the membrane or vesicles
Phospholipid: is the main structural component of the membrane, isolates the cell's cytoplasm from the exterior.
Glycolipid: consists of a carbohydrate chain and a lipid. They provide the cell with a self recognition marker.
Cholesterol: lipids are found embedded within the plasma membrane, makes the bilayer stronger and more flexible, which makes the membrane less permeable.
Receptor Protein- is a molecular trigger that set off cellular responses when specific molecules in the extracellular fluid bind to them (have a binding site).
Carbohydrate- may attach to parts of the membrane (forming glycolipids or glycoproteins) and can act as receptor sites.
Glycoprotein- consists of a carbohydrate chain and a protein. Serve as cell surface attachmentTransport Protein- carriers that use energy (ATP) to move substances across the membrane, either on it's own, or in a vesicle sites.
(ps Jackie Erin and I worked together)
Transport Protein: are carriers that use energy to move substances across the membrane or vesicles
Phospholipid: is the main structural component of the membrane, isolates the cell's cytoplasm from the exterior.
Glycolipid: consists of a carbohydrate chain and a lipid. They provide the cell with a self recognition marker.
Cholesterol: lipids are found embedded within the plasma membrane, makes the bilayer stronger and more flexible, which makes the membrane less permeable.
Receptor Protein- is a molecular trigger that set off cellular responses when specific molecules in the extracellular fluid bind to them (have a binding site).
Carbohydrate- may attach to parts of the membrane (forming glycolipids or glycoproteins) and can act as receptor sites.
Glycoprotein- consists of a carbohydrate chain and a protein. Serve as cell surface attachmentTransport Protein- carriers that use energy (ATP) to move substances across the membrane, either on it's own, or in a vesicle sites.
(ps Jackie Erin and I worked together)
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