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(Received for publication, June 27, 1995; and in revised form, July 31, 1995) We have fluorescently labeled one of the eight genomic segments
of influenza virus RNA and a recombinant influenza viral protein, the
nucleoprotein (NP), to investigate the requirement for their uptake
into nuclei of digitonin-permeabilized cells. We found that the
influenza viral NP behaves like a nuclear localization sequence (NLS)
containing protein. Thus, at 0 °C it docks at the nuclear envelope
only in the presence of the heterodimeric karyopherin (either
karyopherin
Volume 270,
Number 39,
Issue of September 29, pp. 22701-22704, 1995
©1995 by The American Society for Biochemistry and Molecular Biology, Inc.
1
or karyopherin
2
), and docking is
competitively inhibited by an unlabeled NLS containing substrate. Like
other NLS-containing proteins, at 20 °C NP is imported into the
nucleus after further addition of the GTPase Ran and of p10. In
contrast, the fluorescently labeled, 890-nucleotide-long viral RNA
segment does not dock to the nuclear envelope or enter the nucleus
either in the presence of exogenous cytosol or of karyopherin
heterodimer, Ran, and p10. However, in the presence of NP the RNA is
able to dock and enter the nucleus with transport requirements
indistinguishable from those for docking and entry of NP. These data
indicate that uptake of the influenza virus RNA segment is not via a
signal in the RNA but via an NLS of a viral protein such as NP.
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