The P{UAS-LUC.M} transgene has been introduced into a number of different phiC31\attP docking sites randomly distributed throughout the genome, in order to study the properties of these docking sites and to identify sites that can be exploited to deliver precise doses of transgene expression to specific tissues.
The P{UAS-LUC.M} transgene has been introduced into a number of different phiC31\attP docking sites randomly distributed throughout the genome, in order to study the properties of these docking sites and to identify sites that can be exploited to deliver precise doses of transgene expression to specific tissues.