Close-Up Microphotography of Marine Plankton Structure

Myxotrich Membrane Propulsion

Artist
captureubu...
DDG Model
ChatGPT 2
Mode
Pro
Access
Public
Created
3h ago
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  Myxotrich Membrane Propulsion
  
  Model: ChatGPT 2 (Pro)
  
  Size: 2144 X 3812 (8.17 MP)
  
  Used settings:
  
  Prompt: The surface of the myxotrich membrane is densely covered with microscopic structural projections (“brackets”) organized in strict rows. Independent living organisms are mechanically embedded in each such bracket: Spirochetes (Treponema): Long, spiral‑shaped bacteria attached at their posterior end to the membrane niche of the protist. One cell can simultaneously host between 250,000 and 500,000 such bacteria. Wave synchronization: Spirochetes contract due to the rotation of their own periplasmic flagella. Due to hydrodynamic interaction, the oscillations are transmitted to neighboring bacteria along the row, forming a coordinated metachronal wave. Half a million independent prokaryotes beat in unison, transforming into a single propulsion engine that pushes a eukaryotic cell, which is enormous in comparison to their scale, forward.
  
  Using base image: No
  
  Aspect Ratio: portrait_tall
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Prompt: The surface of the myxotrich membrane is densely covered with microscopic structural projections (“brackets”) organized in strict rows. Independent living organisms are mechanically embedded in each such bracket: Spirochetes (Treponema): Long, spiral‑shaped bacteria attached at their posterior end to the membrane niche of the protist. One cell can simultaneously host between 250,000 and 500,000 such bacteria. Wave synchronization: Spirochetes contract due to the rotation of their own periplasmic flagella. Due to hydrodynamic interaction, the oscillations are transmitted to neighboring bacteria along the row, forming a coordinated metachronal wave. Half a million independent prokaryotes beat in unison, transforming into a single propulsion engine that pushes a eukaryotic cell, which is enormous in comparison to their scale, forward.

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Prompt

The surface of the myxotrich membrane is densely covered with microscopic structural projections (“brackets”) organized in strict rows. Independent living organisms are mechanically embedded in each such bracket: Spirochetes (Treponema): Long, spiral‑shaped bacteria attached at their posterior end to the membrane niche of the protist. One cell can simultaneously host between 250,000 and 500,000 such bacteria. Wave synchronization: Spirochetes contract due to the rotation of their own periplasmic flagella. Due to hydrodynamic interaction, the oscillations are transmitted to neighboring bacteria along the row, forming a coordinated metachronal wave. Half a million independent prokaryotes beat in unison, transforming into a single propulsion engine that pushes a eukaryotic cell, which is enormous in comparison to their scale, forward.