Team:Aachen/Project
From 2014.igem.org
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'''"What is living on the table in front of you?"''' seems to be an easy question to answer: microoganisms. However, '''"''Which'' microorganisms are living on the table in front of you?"''' is not such a trivial question anymore, especially in environments where you only want to have a non-pathogenic microflora, or no microorganisms at all, such as lab spaces or health care institutions. | '''"What is living on the table in front of you?"''' seems to be an easy question to answer: microoganisms. However, '''"''Which'' microorganisms are living on the table in front of you?"''' is not such a trivial question anymore, especially in environments where you only want to have a non-pathogenic microflora, or no microorganisms at all, such as lab spaces or health care institutions. | ||
- | '''Our project ''Cellock Holmes'' | + | '''Our project ''Cellock Holmes'' solves this case of identy.''' |
''Cellock Holmes'' encompasses our '''[https://2014.igem.org/Team:Aachen/Project/2D_Biosensor 2D biosensing technology]''' with which we want to enable detection of bacteria on solid surfaces. When developing ''Cellock Holmes'', a main goal was to '''overcome shortcomings''' of excisting detection methods such as high cost, heavy and sensitive equipment, complicated handling and long detection times. Instead of inventing a mainly fancy concept for detecting bacteria, we wanted to create a biosensor that is | ''Cellock Holmes'' encompasses our '''[https://2014.igem.org/Team:Aachen/Project/2D_Biosensor 2D biosensing technology]''' with which we want to enable detection of bacteria on solid surfaces. When developing ''Cellock Holmes'', a main goal was to '''overcome shortcomings''' of excisting detection methods such as high cost, heavy and sensitive equipment, complicated handling and long detection times. Instead of inventing a mainly fancy concept for detecting bacteria, we wanted to create a biosensor that is |
Revision as of 15:45, 14 October 2014
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