1 Expression of antiviral MxA a
karyophilic 75 kd protein induced by IFN in mouse cells
2 The site-specific substitutions that reduced
karyophilic activity had no effect on the processing or
3 Two
karyophilic Agrobacterium virulence (Vir) proteins, VirD
4 ted inhibition of nuclear import of cellular
karyophilic cargo.
5 This characteristic is due to multiple
karyophilic components of the lentiviral vector pre-inte
6 nonical nuclear localization signal, and the
karyophilic determinant was mapped to the highly conserv
7 Selection of such folded
karyophilic DNA aptamers (~100 nucleotides) is achieved
8 Wild-type FIV integrase was
karyophilic in all cell lines tested and capable of targ
9 cells by allowing for the recruitment of the
karyophilic MA into the viral core and preintegration co
10 s are naturally expressed, it is likely that
karyophilic MBPs subserve a regulatory function in imple
11 The
karyophilic properties of the HIV-1 nucleoprotein comple
12 The
karyophilic properties of two viral proteins, matrix (MA
13 We therefore postulate that the
karyophilic property of FIV integrase requires subunit m
14 To determine its
karyophilic property, FIV integrase fused with glutathio
15 clear localization sequence (NLS) within the
karyophilic protein by a cytoplasmic receptor such as th
16 roteins--to the host cell nucleus and that a
karyophilic protein carrier that can deliver synthetic D
17 e or cotransport to the nucleus with another
karyophilic protein.
18 oid receptors, like that of nearly all other
karyophilic proteins examined to date, requires ATP, the
19 antibodies did not inhibit import of either
karyophilic proteins or snRNPs.
20 assical pathway for the nuclear transport of
karyophilic proteins.
21 We assessed whether Mod5p sequences cause a
karyophilic reporter to be located in the cytosol.
22 This
karyophilic sequence includes a high proportion of proli
23 The potential
karyophilic signals within EBNA-LP CR1c and CR2 were als
24 T42A mutation does not block the docking of
karyophilic substrates at the nuclear pore.