Bio chemistry help?

Consider the previous scenario regarding the human protein, Latrobin. You previously predicted the cellular location of the protein (based on its N-terminal signal sequence), and you have confirmed that localisation using immunofluoresence. You now want to study the dynamics of the Latrobin import process in live... show more Consider the previous scenario regarding the human protein, Latrobin. You previously predicted the cellular location of the protein (based on its N-terminal signal sequence), and you have confirmed that localisation using immunofluoresence.

You now want to study the dynamics of the Latrobin import process in live cells. Which ONE of the following approaches would be feasible?

Select one:
a. subcellular fractionation and immunoblotting
b. immunogold microscopy
c. GFP-tagging, at the N-terminus of Latrobin
d. GFP tagging, at the C-terminus of Latrobin
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