Part:BBa_K864402:Experience

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2019 iGEM team Linkoping Sweden

2019 iGEM team Linkoping Sweden validated this part.

Figure 1. This biobrick after 48 hours in 37 degrees Celsius. Bacterial host in the picture is E. coli BL21 DE3 Gold. The picture is with the plate in 302 nm UV light, which also shows eforReds fluorescence. This biobrick after 48 hours in 37 degrees Celsius. Bacterial host in the picture is E. coli BL21 DE3 Gold. This biobrick is to the left and a control (wild-type BL21) is to the right. The cultured tubes had a constant access to oxygen.

Figure 1.The biobrick in a 96-well plate (left), the culture has been in the well O.N in 37 degrees Celsius with a constant access to oxygen. The plate to the right is different expression systems used to test a green fluorescent protein. These results show eforReds ability to fluorescence, making it a fluorescent as well as a chromoprotein.

Figure 1. This biobrick after 48 hours in 37 degrees Celsius. Bacterial host in the picture is E. coli BL21 DE3 Gold. The picture is with the plate in 302 nm UV light, which also shows eforReds fluorescence.

Figure 1. The biobrick in a 96-well plate (left), the culture has been in the well O.N in 37 degrees Celsius with a constant access to oxygen. The plate to the right is different expression systems used to test a green fluorescent protein. These results show eforReds ability to fluorescence, making it a fluorescent as well as a chromoprotein.

Figure 1. This biobrick after 48 hours in 37 degrees Celsius. Bacterial host in the picture is E. coli BL21 DE3 Gold. This biobrick is to the left and a control (wild-type BL21) is to the right. The cultured tubes had a constant access to oxygen.

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