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Team:AUC Turkey/Project/Assembly
From 2012hs.igem.org
(Created page with "{{AUC_Turkey}} = Assembly = == BBa_747004 == File:AUC_Turkey_BBa_747004.png FMO3 (flavin monooxygenase 3) is an enzyme that catalyses the oxidation of TMA (trimethylamine...") |
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= Assembly = | = Assembly = | ||
| - | == | + | == BBa_K747004 == |
[[File:AUC_Turkey_BBa_747004.png]] | [[File:AUC_Turkey_BBa_747004.png]] | ||
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FMO3 (flavin monooxygenase 3) is an enzyme that catalyses the oxidation of TMA (trimethylamine) into TMAO (trimethylamine oxide) which results as the removal of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | FMO3 (flavin monooxygenase 3) is an enzyme that catalyses the oxidation of TMA (trimethylamine) into TMAO (trimethylamine oxide) which results as the removal of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | ||
| - | == | + | == BBa_K747747 == |
[[File:AUC_Turkey_BBa_747747.png]] | [[File:AUC_Turkey_BBa_747747.png]] | ||
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FMO3 (flavin monooxygenase 3) is an enzyme that catalyses the oxidation of TMA (trimethylamine) into TMAO (trimethylamine oxide) which results as the removal of unpleasant fish odor. We added Lux cassette right promoter that up-regulated by HSL and LuxR in the course of being able to regulate easily. We intended to generate a positive feedback response with the help of producing LuxR and HSL and activating the promoter with them. | FMO3 (flavin monooxygenase 3) is an enzyme that catalyses the oxidation of TMA (trimethylamine) into TMAO (trimethylamine oxide) which results as the removal of unpleasant fish odor. We added Lux cassette right promoter that up-regulated by HSL and LuxR in the course of being able to regulate easily. We intended to generate a positive feedback response with the help of producing LuxR and HSL and activating the promoter with them. | ||
| - | == | + | == BBa_K747001 == |
[[File:AUC_Turkey_BBa_747001.png]] | [[File:AUC_Turkey_BBa_747001.png]] | ||
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MMT (monomethylamine transferase) catalyses the first reaction of TMA (trimethylamine) synthesis. TMA is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | MMT (monomethylamine transferase) catalyses the first reaction of TMA (trimethylamine) synthesis. TMA is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | ||
| - | == | + | == BBa_K747002 == |
[[File:AUC_Turkey_BBa_747002.png]] | [[File:AUC_Turkey_BBa_747002.png]] | ||
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DMT (dimethylamine transferase) takes part in the second reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | DMT (dimethylamine transferase) takes part in the second reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | ||
| - | == | + | == BBa_K747003 == |
[[File:AUC_Turkey_BBa_747003.png]] | [[File:AUC_Turkey_BBa_747003.png]] | ||
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TMT (trimethylamine transferase) takes part in the third reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | TMT (trimethylamine transferase) takes part in the third reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation. | ||
| - | == | + | == BBa_K747777 == |
[[File:AUC_Turkey_BBa_747777.png]] | [[File:AUC_Turkey_BBa_747777.png]] | ||
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TMT (trimethylamine transferase) takes part in the third reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. We added Lux cassette right promoter that up-regulated by HSL and LuxR in the course of being able to regulate easily. We intended to generate a negative feedback response with the help of producing LuxR and HSL and activating the promoter with them. | TMT (trimethylamine transferase) takes part in the third reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. We added Lux cassette right promoter that up-regulated by HSL and LuxR in the course of being able to regulate easily. We intended to generate a negative feedback response with the help of producing LuxR and HSL and activating the promoter with them. | ||
| - | == | + | == BBa_K747005 == |
[[File:AUC_Turkey_BBa_747005.png]] | [[File:AUC_Turkey_BBa_747005.png]] | ||
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GPPS (Geranyl diphosphate synthase) synthesizes GPP (Geranyl diphosphate) which is the first reaction of geraniol production. The promoter is attached into the part with the aim of easier regulation. | GPPS (Geranyl diphosphate synthase) synthesizes GPP (Geranyl diphosphate) which is the first reaction of geraniol production. The promoter is attached into the part with the aim of easier regulation. | ||
| - | == | + | == BBa_K747006 == |
[[File:AUC_Turkey_BBa_747006.png]] | [[File:AUC_Turkey_BBa_747006.png]] | ||
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GS (Geraniol syntase) synthesizes Geraniol which is the second reaction of geraniol production. The promoter is attached into the part with the aim of easier regulation. | GS (Geraniol syntase) synthesizes Geraniol which is the second reaction of geraniol production. The promoter is attached into the part with the aim of easier regulation. | ||
| - | == | + | == BBa_K747700 == |
[[File:AUC_Turkey_BBa_747700.png]] | [[File:AUC_Turkey_BBa_747700.png]] | ||
Revision as of 22:50, 14 June 2012
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Assembly
BBa_K747004
FMO3 (flavin monooxygenase 3) is an enzyme that catalyses the oxidation of TMA (trimethylamine) into TMAO (trimethylamine oxide) which results as the removal of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation.
BBa_K747747
FMO3 (flavin monooxygenase 3) is an enzyme that catalyses the oxidation of TMA (trimethylamine) into TMAO (trimethylamine oxide) which results as the removal of unpleasant fish odor. We added Lux cassette right promoter that up-regulated by HSL and LuxR in the course of being able to regulate easily. We intended to generate a positive feedback response with the help of producing LuxR and HSL and activating the promoter with them.
BBa_K747001
MMT (monomethylamine transferase) catalyses the first reaction of TMA (trimethylamine) synthesis. TMA is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation.
BBa_K747002
DMT (dimethylamine transferase) takes part in the second reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation.
BBa_K747003
TMT (trimethylamine transferase) takes part in the third reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. The promoter is attached into the part with the aim of easier regulation.
BBa_K747777
TMT (trimethylamine transferase) takes part in the third reaction of the production of TMA (trimethylamine) which is the major cause of unpleasant fish odor. We added Lux cassette right promoter that up-regulated by HSL and LuxR in the course of being able to regulate easily. We intended to generate a negative feedback response with the help of producing LuxR and HSL and activating the promoter with them.
BBa_K747005
GPPS (Geranyl diphosphate synthase) synthesizes GPP (Geranyl diphosphate) which is the first reaction of geraniol production. The promoter is attached into the part with the aim of easier regulation.
BBa_K747006
GS (Geraniol syntase) synthesizes Geraniol which is the second reaction of geraniol production. The promoter is attached into the part with the aim of easier regulation.
BBa_K747700
GS (Geraniol syntase) synthesizes Geraniol which is the second reaction of geraniol production. We added Lux cassette right promoter that up-regulated by HSL and LuxR in the course of being able to regulate easily. We intended to generate a positive feedback response with the help of producing LuxR and HSL and activating the promoter with them.
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