File:Access.jpg: Difference between revisions

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(=={{int:filedesc}}== {{Information |description={{en|1=Among non-motile bacteria, a microgravity environment allows more space for nutrient uptake (top left). In contrast, only the top layers of bacteria are exposed to the nutrients in a 1 g environmen...)
 
 
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=={{int:filedesc}}==
Among non-motile bacteria, a microgravity environment allows more space for nutrient uptake (top left). In contrast, only the top layers of bacteria are exposed to the nutrients in a 1 g environment (bottom left). Diagram not drawn to scale.
{{Information
 
|description={{en|1=Among non-motile bacteria, a microgravity environment allows more space for nutrient uptake (top left). In contrast, only the top layers of bacteria are exposed to the nutrients in a 1 g environment (bottom left). Diagram not drawn to scale.}}
 
|date=2012-12-13
Author: Armin Mortazavi
|source={{own}}
|author= Armin Mortazavi
|permission=
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|other_fields=
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Latest revision as of 03:27, 14 December 2012

Among non-motile bacteria, a microgravity environment allows more space for nutrient uptake (top left). In contrast, only the top layers of bacteria are exposed to the nutrients in a 1 g environment (bottom left). Diagram not drawn to scale.


Author: Armin Mortazavi

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current03:26, 14 December 2012Thumbnail for version as of 03:26, 14 December 2012952 × 942 (318 KB)Pandadiablo (talk | contribs)=={{int:filedesc}}== {{Information |description={{en|1=Among non-motile bacteria, a microgravity environment allows more space for nutrient uptake (top left). In contrast, only the top layers of bacteria are exposed to the nutrients in a 1 g environmen...

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