<p><b>A)</b> Schematic diagram of full length wild-type (WT) human RanBPM. The conserved domains are indicated. The red asterisk represents the point mutations conferring siRNA resistance. <b>B)</b> Schematic diagram of C-terminal mutant RanBPM constructs. <b>C)</b> Analysis of RanBPM deletion mutant subcellular localization. Hela RanBPM shRNA cells fixed 24h after transfection were incubated with an HA antibody and then with an Alexa Fluor 555 secondary antibody. Nuclei were stained with DAPI. Subcellular localization was scored as either, N>C (nuclear greater than cytoplasmic), N = C (nuclear equal to cytoplasmic), or C>N (cytoplasmic greater than nuclear). Data represent averages from three separate experiments, each assessing approximat...
SPRY, Sp1a and ryanodine receptor domain; L, LisH motif; H, CTLH motif; u, unique region; CRA, CT11/...
(B) Localization of RanBP9 in subcellular fractions of C2C12 cells. Cy, cytosol; M, membranes; NE, n...
<p>(A) Chart depicting wild-type and mutant Rbpms2 proteins and the contribution of Rbpms2 functiona...
<p><b>A)</b> Schematic diagram of N-terminal mutant RanBPM constructs. <b>B)</b> Mutant RanBPM (ΔN1-...
<p><b>A)</b> Schematic diagram indicating the position of RanBPM putative NLS and NES which are repr...
<p><b>A-G)</b> RanBPM shRNA Hela cells were transfected with either pHM830 (830) or pHM840 (840) emp...
<p><b>A)</b><i>Left</i>, Whole cell extracts prepared from control and RanBPM shRNA cells were analy...
<div><p>RanBPM/RanBP9 is a ubiquitous, nucleocytoplasmic protein that is part of an evolutionary con...
Long RanBPM has an unstructured N-terminal extension. RanBPM is highly homologous to mouse RanBPM a...
RanBPM/RanBP9 is a ubiquitous, nucleocytoplasmic protein that is part of an evolutionary conserved E...
<p>A.) U2OS osteosarcoma cells were transfected with wt RPS9-FLAG and RPS9-FLAG deletion mutants as ...
<p>Localisations of epitope-tagged RanBP9, TWA1, Rmnd5a or MAEA and their N- and C-terminal deletion...
<p>(<b>A</b>) RanBPM shRNA cells exhibit increased cell growth. Growth rates for HEK293 wild-type (W...
RanBPM has been shown to interact with numerous proteins implicating it in a variety of cellular pro...
<p><b>A</b>) A domain diagram of RanBP2 is shown. TPR, tetratricopeptide; RBD, Ran binding domain; C...
SPRY, Sp1a and ryanodine receptor domain; L, LisH motif; H, CTLH motif; u, unique region; CRA, CT11/...
(B) Localization of RanBP9 in subcellular fractions of C2C12 cells. Cy, cytosol; M, membranes; NE, n...
<p>(A) Chart depicting wild-type and mutant Rbpms2 proteins and the contribution of Rbpms2 functiona...
<p><b>A)</b> Schematic diagram of N-terminal mutant RanBPM constructs. <b>B)</b> Mutant RanBPM (ΔN1-...
<p><b>A)</b> Schematic diagram indicating the position of RanBPM putative NLS and NES which are repr...
<p><b>A-G)</b> RanBPM shRNA Hela cells were transfected with either pHM830 (830) or pHM840 (840) emp...
<p><b>A)</b><i>Left</i>, Whole cell extracts prepared from control and RanBPM shRNA cells were analy...
<div><p>RanBPM/RanBP9 is a ubiquitous, nucleocytoplasmic protein that is part of an evolutionary con...
Long RanBPM has an unstructured N-terminal extension. RanBPM is highly homologous to mouse RanBPM a...
RanBPM/RanBP9 is a ubiquitous, nucleocytoplasmic protein that is part of an evolutionary conserved E...
<p>A.) U2OS osteosarcoma cells were transfected with wt RPS9-FLAG and RPS9-FLAG deletion mutants as ...
<p>Localisations of epitope-tagged RanBP9, TWA1, Rmnd5a or MAEA and their N- and C-terminal deletion...
<p>(<b>A</b>) RanBPM shRNA cells exhibit increased cell growth. Growth rates for HEK293 wild-type (W...
RanBPM has been shown to interact with numerous proteins implicating it in a variety of cellular pro...
<p><b>A</b>) A domain diagram of RanBP2 is shown. TPR, tetratricopeptide; RBD, Ran binding domain; C...
SPRY, Sp1a and ryanodine receptor domain; L, LisH motif; H, CTLH motif; u, unique region; CRA, CT11/...
(B) Localization of RanBP9 in subcellular fractions of C2C12 cells. Cy, cytosol; M, membranes; NE, n...
<p>(A) Chart depicting wild-type and mutant Rbpms2 proteins and the contribution of Rbpms2 functiona...