Your privacy, your choice

We use essential cookies to make sure the site can function. We also use optional cookies for advertising, personalisation of content, usage analysis, and social media.

By accepting optional cookies, you consent to the processing of your personal data - including transfers to third parties. Some third parties are outside of the European Economic Area, with varying standards of data protection.

See our privacy policy for more information on the use of your personal data.

for further information and to change your choices.

Skip to main content

Table 2 Yeast strains

From: SUMOylation modulates eIF5A activities in both yeast and pancreatic ductal adenocarcinoma cells

Strain

Genotype

Source

PAY717

MATa hyp2-3

[49]

PAY723

MATa BNI1–HA

[49]

PAY725

MATa hyp2-1 BNI1–HA

[49]

YTL710

MATa LEU2::pAG425GPD–ccdB

This study

YTL718

PAY717 LEU2::pAG425GPD–ccdB

This study

YTL720

PAY717LEU2::pAG425GPD–eIF5a–WT–FTH

This study

YTL722

PAY717 LEU2::pAG425GPD–eIF5a–K50R–FTH

This study

YTL724

PAY717 LEU2::pAG425GPD–eIF5a–3KA–FTH

This study

YTL726

PAY723 LEU2::pAG425GPD–ccdB

This study

YTL734

PAY725 LEU2::pAG425GPD–ccdB

This study

YTL736

PAY725 LEU2::pAG425GPD–eIF5a–WT–FTH

This study

YTL738

PAY725 LEU2::pAG425GPD–eIF5a–K50R–FTH

This study

YTL740

PAY725 LEU2::pAG425GPD–eIF5a–3KA–FTH

This study

YTL1393

PAY725 LEU2::pAG425GPD–ccdB URA3::pRS416–PAB1–GFP

This study

YTL1396

PAY725 LEU2::pAG425GPD–eIF5a–WT–FTH URA3::pRS416–PAB1–GFP

This study

YTL1399

PAY725 LEU2::pAG425GPD–eIF5a–K50R–FTH URA3::pRS416–PAB1–GFP

This study

YTL1404

PAY725 LEU2::pAG425GPD–eIF5a–3KA–FTH URA3::pRS416–PAB1–GFP

This study

YTL1823

PAY725 LEU2::pAG425GPD–eIF5a–3KR–FTH

This study

YTL1826

PAY725 LEU2::pAG425GPD–eIF5a–5KR–FTH

This study

YTL1829

PAY717 LEU2::pAG425GPD–eIF5a–3KR–FTH

This study

YTL1832

PAY717 LEU2::pAG425GPD–eIF5a–5KR–FTH

This study

YTL1857

YTL710 LEU2::pAG425GPD–ccdbURA3::pRS416–PAB1–GFP

This study

YTL1861

PAY725 LEU2::pAG425GPD–eIF5a–5KR–FTH URA3::pRS416–PAB1–GFP

This study

  1. *All strains are haploid BY4741 derivatives (MATa his3∆1 leu2∆0 met15∆0 ura3∆0)