Added: 3 years ago
From: haizram
Views: 110,455
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  • I learnt absolutely nothing..

  • looks like its farting ,,..

  • Your video reminds me of the film Fantastic Voyage (1966), but then, if you've seen my vids here you know I'm stuck in the 60's. LOL I like traveling inside of things like in Tron or The Magic School Bus. Micro/macro state of mind. I got hooked up to your vid because of the mosaic I did of Colleen Corby. Thanks for posting. It's beautiful!

    --AngoraSox

  • the hydrophobic tails aren't suppose to be connected... it looks as if they are

  • should be explain

  • This isn't really a good description of the fluid mosaic model - but ion channels. You at least need to show fluidity/movement of some of the lipids ...

  • Lösung ist Bestwater

  • This can be better assessed by Unsaturated Hydraulic Conductivity (US Pat. 6,766,817) See Tubarc videos.

  • Hey bro if you have n e thing releted to Endosymbiotic theory please do post as soo as possible.

  • the steroid (cholesterol) controls the fluidity level

  • steroids, in animal, are usually cholesterol

  • Cholesterol is a sterol not a steroid!!

  • cholesterol IS a steroid but is said to be an sterol because of the presence of an OH hidroxile at the C3

  • does anyone know what the carbohydrates do in the cell?? and steroids?

    good video by the way.

  • they form the glycocalyx which can be used for cellular communication

  • they call it the fluid mosaic model because the carrier proteins and chloresterol actually float around in the plasma membrane. When viewed through a microscope it looks like a mosaic because of the trails these floating particles leave.

  • oh thanks

  • very nice video and thany you again for the permission

  • Moonlight Sonata

  • I don't get why they call the cell membrane a "fluid mosaic Model?"

  • another model for bio-mebranes is called the "iceberg-model; everything may flow through the mebrane (proteins, lipids, etc), but very slowly

    like small pieces of a mosaic ;)

  • Since the structures in the cell membrane (which is two phospholipid molecules thick) are too small to be seen under a microscope, scientists have come up with a model to explain what they think it looks like - they named this model the "fluid mosaic model" because the cell membrane is much like a mosiac of phospholipids and protein structures move fluidly through it.

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