Whereas fluorescence in situ hybridization allows single mRNA imaging in fixed cells, the MS2-GFP labeling technique enables the observation of mRNA dynamics in living cells.  Recently, two genetically engineered mouse models have been developed for the application of the MS2-GFP system in live animals. 
MS2-GFP
Whereas fluorescence in situ hybridization allows single mRNA imaging in fixed cells, the MS2-GFP labeling technique enables the observation of mRNA dynamics in living cells.  Recently, two genetically engineered mouse models have been developed for the application of the MS2-GFP system in live animals. 
MS2-GFP
Recently, two genetically engineered mouse models have been developed for the application of the MS2-GFP system in live animals. 
the MS2-GFP system
Whereas fluorescence in situ hybridization allows single mRNA imaging in fixed cells, the MS2-GFP labeling technique enables the observation of mRNA dynamics in living cells.  Recently, two genetically engineered mouse models have been developed for the application of the MS2-GFP system in live animals. 
MS2-GFP
Recently, two genetically engineered mouse models have been developed for the application of the MS2-GFP system in live animals. 
the MS2-GFP system