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. Author manuscript; available in PMC: 2009 May 3.
Published in final edited form as: Mol Microbiol. 2008 Apr 11;68(6):1535–1546. doi: 10.1111/j.1365-2958.2008.06250.x

Table 1.

Plasmids used in this study.

Plasmid Description Source
GFP-SDEL ER-retained GFP-SDEL in pENTR2/3 van Dooren et al. (2005)
PfGRASP-GFP PfGRASP-GFP in pARL1a- Struck et al. (2005)
pETGEXCT GST-tag bacterial expression vector Sharrocks (1994)
pTY40 GST fusion of yeast Sar1 in pGEX-2T bacterial expression vector Barlowe et al. (1994)
pETGEX-PfSar1 PfSar1 in pETGEXCT bacterial expression vector This study
pPM-campro-CRT-Flag-GFP PfCRT-GFP, 1 kb calmodulin 5′ UTR (human dhfr) This study
pML-campro-GFP(N-C) GFP-GFP tandem, 1 kb calmodulin 5′ UTR (human dhfr) This study
pML1 GFP-PfSec12, 1367 bp pfsec12 5′ UTR (human dhfr) This study
pML2 mRFP-PfSec12, 1367 bp pfsec12 5′ UTR (bsd) This study
pML3 mRFP-PfSec12, 1 kb calmodulin 5′ UTR (bsd) This study
pML4 PfSec24a-GFP, 1230 bp pfsyn17 5′ UTR (human dhfr), Rep20 This study
pML5 PfSec24a-mRFP, 1230 bp pfsyn17 5′ UTR (bsd) This study
pML6 yeast GFP-Sys1 (WT), 1367 bp pfsec12 5′ UTR (human dhfr) This study
pML7 yeast GFP-Sys1 (AxA), 1367 bp pfsec12 5′ UTR (human dhfr) This study