Matches in Ubergraph for { <https://frink.apps.renci.org/.well-known/genid/B71b5cb37ecb399a7f1b18a631f6bc3d1> ?p ?o ?g. }
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- B71b5cb37ecb399a7f1b18a631f6bc3d1 hasDbXref "FBC:GM" @default.
- B71b5cb37ecb399a7f1b18a631f6bc3d1 hasDbXref "FlyBase:FBrf0216478" @default.
- B71b5cb37ecb399a7f1b18a631f6bc3d1 type Axiom @default.
- B71b5cb37ecb399a7f1b18a631f6bc3d1 annotatedProperty IAO_0000115 @default.
- B71b5cb37ecb399a7f1b18a631f6bc3d1 annotatedSource FBcv_0005059 @default.
- B71b5cb37ecb399a7f1b18a631f6bc3d1 annotatedTarget "Transactivator ('driver') that is encoded by a transgenic locus or modified endogenous locus and which forms part of a binary expression system. This system requires a transactivator ('driver') that binds to a specific DNA sequence ('regulatory region' or 'effector'). A driver encoded by one transgenic locus or modified endogenous locus is used to drive expression of a downstream 'responder' or 'reporter' encoded by another transgenic locus or modified endogenous locus, by fusing the regulatory region sequence to which the driver binds upstream of the responder sequence. The temporal and spatial expression pattern of the responder thus depends on the regulatory elements used to drive expression of the driver. In addition, a specific repressor protein may be available which prevents the transactivator from driving expression, allowing further refinement of the expression pattern of the responder." @default.