Dissection of GTPase-activating proteins reveals functional asymmetry in the COPI coat of budding yeast.
Arakel EC, Huranova M, Estrada AF, Rau EM, Spang A, Schwappach B
J Cell Sci. 2019 Aug 29;132(16). pii: jcs.232124. doi: 10.1242/jcs.232124.
(Link opens in a new window)
PubMed
(Link opens in a new window)
Article
Plasmids from Article
ID | Plasmid | Purpose |
---|---|---|
112646 | p415 Gcs1 | Expression S.cerevisiae |
112647 | p415 Gcs1 R54K | Expression S.cerevisiae |
112648 | p415 Gcs1 R54K L246D | Expression S.cerevisiae |
112649 | p415 Gcs1 R54K AxxA | Expression S.cerevisiae |
112650 | p415 Gcs1 Δ3xF AxxA | Expression S.cerevisiae |
112651 | p415 Glo3 | Expression S.cerevisiae |
112652 | p415 Glo3 R59K | Expression S.cerevisiae |
112653 | p415 Glo3 R59K ΔC | Expression S.cerevisiae |
112654 | p415 Glo3 R59K ΔGRM-ΔC | Expression S.cerevisiae |
112655 | p415 Glo3 R59K Δ2x+ve | Expression S.cerevisiae |
112656 | p415 Glo3 R59K S389,398 A | Expression S.cerevisiae |
112657 | p415 Glo3 R59K S389,398 D | Expression S.cerevisiae |
112658 | p415 GFP-Glo3 | Expression S.cerevisiae |
112659 | p415 GFP-Glo3 ΔGRM-ΔC | Expression S.cerevisiae |
112660 | p415 GFP-Glo3 S389,398 A | Expression S.cerevisiae |
112661 | p415 GFP-Glo3 S389,398 D | Expression S.cerevisiae |
112662 | p415 GFP-Glo3 Δ2x+ve | Expression S.cerevisiae |
123286 | A102-GAP-BoCCS-GRM | Expression of Glo3 ΔAmpH (1-459) in E.Coli |
123287 | A102-GAP-BoCCS | Expression of truncated Glo3 (1-375) in E.Coli |
123288 | A102-BoCCS-GRM | Expression of truncated Glo3 (137-459) in E.Coli |
123289 | A102-Par-BoCCS-GRM | Expression of truncated Glo3 (296-459) in E.Coli |
123290 | A102-BoCCS | Expression of truncated Glo3 (137-375) in E.Coli |
123291 | A102-GRM | Expression of truncated Glo3 (373-459) in E.Coli |
129484 | A102 ΔAmpH Δ2x+ve | Expression of Glo3 ΔAmpH lacking the COPI-binding motif in E.Coli |
129485 | p415 Glo3 S389,398 A | Expression in S. cerevisiae |
129486 | p415 Glo3 S389,398 D | Expression in S. cerevisiae |
129487 | p415 Met25 Glo3 ΔGRM-ΔC | Expression in S. cerevisiae |