Scientific Illustration

  1. Search
  2. Ask me anything
  3. Submit
  4. Subscribe
  5. Archive
  6. Random
  • fuckyeahmolecularbiology:

Tethered Up
Each cell in our body is encompassed by a lipid-filled “sandwich sac”, or membrane. These bilayered fatty sacs take on a variety of different forms when our cells move or change shape. Finger-like projections from their surface (tethers) help transport nutrients and ‘talk’ to neighbouring cells. Tethers can take up any slack when new lipids are made or if the cell shrinks. Despite their importance, little is known about their molecular structure. So researchers are generating computer models of lab-made lipid bilayers to simulate tether formation. Applying forces from different angles, they can watch the membrane as it stretches and deforms into a tether (as the image shows).

    fuckyeahmolecularbiology:

    Tethered Up

    Each cell in our body is encompassed by a lipid-filled “sandwich sac”, or membrane. These bilayered fatty sacs take on a variety of different forms when our cells move or change shape. Finger-like projections from their surface (tethers) help transport nutrients and ‘talk’ to neighbouring cells. Tethers can take up any slack when new lipids are made or if the cell shrinks. Despite their importance, little is known about their molecular structure. So researchers are generating computer models of lab-made lipid bilayers to simulate tether formation. Applying forces from different angles, they can watch the membrane as it stretches and deforms into a tether (as the image shows).

    Tagged: Science Research Imaging Computer Science Cell Biology Lipid Membrane Cell Molecular Biology

    Posted on May 23, 2012 via A Molecular Matter with 140 notes

Field Notes Theme. Designed by Manasto Jones. Powered by Tumblr.