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Team:KAIST-Korea/Projects/report 4-Test
From 2011.igem.org
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| - | <h1> Introduction </h1><br /> | + | <h1> Introduction </h1><br /><br /> |
| - | <p> The human eyes cannot perceive objects that are smaller than a certain size. Also, they cannot recognize light whose intensity is lower than an inherent threshold. We take these limitations into account to determine the number of fluorescent proteins that must accumulate before we can notice any fluorescence, and establish the minimum circular area required for us to perceive any fluorescence. | + | <p> The human eyes cannot perceive objects that are smaller than a certain size. Also, they cannot recognize light whose intensity is lower than an inherent threshold. We take these limitations into account to determine the number of fluorescent proteins that must accumulate before we can notice any fluorescence, and establish the minimum circular area required for us to perceive any fluorescence. |
</p> | </p> | ||
| + | <h1> Objective </h1><br /><br /> | ||
| + | <p> Investigate concentration required for an amount of fluorescent protein in the E.coli that makes light from E.coli be visible for human.</p> | ||
| + | </div> | ||
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Revision as of 15:21, 11 July 2011
Introduction
The human eyes cannot perceive objects that are smaller than a certain size. Also, they cannot recognize light whose intensity is lower than an inherent threshold. We take these limitations into account to determine the number of fluorescent proteins that must accumulate before we can notice any fluorescence, and establish the minimum circular area required for us to perceive any fluorescence.
Objective
Investigate concentration required for an amount of fluorescent protein in the E.coli that makes light from E.coli be visible for human.
