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The fluid mosaic model states that biological membranes can be considered as a two-dimensional liquid where all lipid and protein molecules diffuse more or less freely.

2007-02-27 11:33:36 · answer #1 · answered by Jerry P 6 · 0 0

ok... think of of it this style: the cellular membrane is made out of two sandwiched layers of phospholipids- fat(lipids) and water repel one yet another - it somewhat is how the membrane retains the watery insides of the cellular interior. in case you may think of a circle with 2 "tails" on it - this a phospholipid - there are 2 layers of those for the time of the membrane - optimistically your e book has a image - it somewhat is tough to describe! think of of the cellular as a sea coast ball - the versatile fatty layer is somewhat like the vinyl the ball is made up of. the interior the ball is the place all the organelles may be. in case you may think of if the ball replace into crammed with water - the membrane might flex and pass with the contents. The membrane has a lot of "gates" speckled by using it (think of like the sea coast ball had many of the blow up holes in it). those gates (the protein molecules interior the phospholipid bilayer) enable extra effective molecules like glucose and hormones by using. optimistically this facilitates some!

2016-12-18 12:08:27 · answer #2 · answered by ? 4 · 0 0

that all the stuff that consists of it resemble a mosaic, that it has many parts to it, like the phospholipids in the mambrane, the cholestreol init, the gycoproteins, the transporting proteins....lots of stuff.

2007-02-27 11:34:48 · answer #3 · answered by ♪寿司人♫ 3 · 0 0

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