Difference between revisions of "Part:BBa K1323018:Experience"
 
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DsRed fluorescence was analyzed in both E. coli and ''S. epidermidis''. The DsRed cassette (BBa_K1323015) was incorporated into a pUC57 plasmid containing an erythromycin resistance gene (BBa_K1323011) and this oriV (BBa_K1323018). The plasmid was transformed into the strains using heat shock for E. coli and electroporation for ''S. epidermidis''. Pellets from 50 ml overnight cultures were collected into 1.5 ml eppendorf tubes. To the naked eye (A) ''E. coli'' has a pink color (left), whereas in ''S. epidermidis'' (middle), a slight pink colour could only be noticed if compared to ''S. epidermidis'' without the construct (right). When seen under a RFP filter (B) a high degree of red fluorescence was observed in E. coli (left) and a lower degree of red fluorescence was seen in ''S. epidermidis'' (middle). The ''S. epidermidis'' negative control (right) showed no observable fluorescence.
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DsRed fluorescence was analyzed in both E. coli and S. epidermidis. The DsRed cassette (BBa_K1323015) was incorporated into a pUC57 plasmid containing an erythromycin resistance gene (BBa_K1323011) and this oriV (BBa_K1323018). The plasmid was transformed into the strains using heat shock for E. coli and electroporation for S. epidermidis. Pellets from 50 ml overnight cultures were collected into 1.5 ml eppendorf tubes. To the naked eye (A) E. coli has a pink color (left), whereas in S. epidermidis (middle), a slight pink colour could only be noticed if compared to S. epidermidis without the construct (right). When seen under a RFP filter (B) a high degree of red fluorescence was observed in E. coli (left) and a lower degree of red fluorescence was seen in S. epidermidis (middle). The S. epidermidis negative control (right) showed no observable fluorescence.
  
  

Latest revision as of 02:15, 22 October 2014


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DsRed fluorescence was analyzed in both E. coli and S. epidermidis. The DsRed cassette (BBa_K1323015) was incorporated into a pUC57 plasmid containing an erythromycin resistance gene (BBa_K1323011) and this oriV (BBa_K1323018). The plasmid was transformed into the strains using heat shock for E. coli and electroporation for S. epidermidis. Pellets from 50 ml overnight cultures were collected into 1.5 ml eppendorf tubes. To the naked eye (A) E. coli has a pink color (left), whereas in S. epidermidis (middle), a slight pink colour could only be noticed if compared to S. epidermidis without the construct (right). When seen under a RFP filter (B) a high degree of red fluorescence was observed in E. coli (left) and a lower degree of red fluorescence was seen in S. epidermidis (middle). The S. epidermidis negative control (right) showed no observable fluorescence.


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