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Build-A-Membrane - University of Utah

2021 University of UtahUpdated February 11, 2021 1 Build-A-MembraneCell membranes are made of phos-pholipid molecules that arrange themselves into two rows called a bilayer. Proteins are embedded in the phospholipid bilayer, through one or both layers. These proteins help other molecules cross the membrane, and they perform a va-riety of other functions. Follow the instructions below to build a model of a small section of cell membrane. Instructions1. Cut out the phospholipid bilayer (page 2) along the solid lines. Cut all the way to the edges of the paper, following the Fold the phospholipid bilayer along the dotted lines. Tape the edges together to form a fully enclosed rectangular Cut out the proteins (pages 3 & 4) along the solid black lines and fold along the dotted Form a 3-D shape by joining the protein sides and tops together and taping them into place.

© 2021 University of Utah Updated February 11, 2021 1 Build-A-Membrane Cell membranes are made of phos-pholipid molecules that arrange themselves into two rows called a

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Transcription of Build-A-Membrane - University of Utah

1 2021 University of UtahUpdated February 11, 2021 1 Build-A-MembraneCell membranes are made of phos-pholipid molecules that arrange themselves into two rows called a bilayer. Proteins are embedded in the phospholipid bilayer, through one or both layers. These proteins help other molecules cross the membrane, and they perform a va-riety of other functions. Follow the instructions below to build a model of a small section of cell membrane. Instructions1. Cut out the phospholipid bilayer (page 2) along the solid lines. Cut all the way to the edges of the paper, following the Fold the phospholipid bilayer along the dotted lines. Tape the edges together to form a fully enclosed rectangular Cut out the proteins (pages 3 & 4) along the solid black lines and fold along the dotted Form a 3-D shape by joining the protein sides and tops together and taping them into place.

2 Use the tabs to help you. 5. Tape the 3-D proteins into place along the edges of the phos-pholipid bilayer. 6. By staggering the transmembrane proteins back and forth along both long sides of the bilayer box, the whole model will stand up by itself on a Cut-outs 2 2021 University of UtahPhospholipid bilayerCut to the edgeReceptorProteinChannel Protein(half) Build-A-Membrane Cut-outs 3 2021 University of UtahProteins 1 TransporterProteinTetheredProteinAnchore dProteinProteins 2 Build-A-Membrane Cut-outs 4 2021 University of Utah


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