p415 chi Search Results


p415 chi  (Addgene inc)
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Yeast strains used in this study
P415 Chi, supplied by Addgene inc, used in various techniques. Bioz Stars score: 85/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Yeast strains used in this study

Journal: Proceedings of the National Academy of Sciences of the United States of America

Article Title: δ-COP contains a helix C-terminal to its longin domain key to COPI dynamics and function

doi: 10.1073/pnas.1603544113

Figure Lengend Snippet: Yeast strains used in this study

Article Snippet: Ret2LD2α T158K ( BY4743 Spore ) MAT a his3 ∆ 1 leu2 ∆ 0 met15 ∆ 0 ura3 ∆ 0; YFR051c::kanMX4; p415 ret2LD2 α T158K This study Open in a separate window Yeast strains used in this study table ft1 table-wrap mode="anchored" t5 Table S2. caption a7 No. Plasmids Addgene ID Database ID Source 1. p415 CHI 1 73863 Z1280 This study 2. p415 CHI 2 73864 Z1281 This study 3. p415 CHI 3 73865 Z1283 This study 4. p415 CHI 4 73866 Z1284 This study 5. p415 CHI 5 73867 Z1285 This study 6. p415 CHI 6 73868 Z1286 This study 7. p415 CHI 7 73869 Z1287 This study 8. p415 CHI 8 73870 Z1288 This study 9. pRS303 Bt δCOP 73871 AE1540 This study 10. p415 Ret2 73872 AE1541 This study 11. p415 Ret2LD2α 73873 AE1518 This study 12. p415 δCLD2α 73874 AE1519 This study 13. p415 Ret2LD 73875 AE1520 This study 14. p415 δCLD 73876 AE1521 This study 15. p415 Ret2LD+δC2α 73877 AE1516 This study 16. p415 δCLD+Ret2-2α 73878 AE1523 This study 17. p415 CHI 9 73879 AF1551 This study 18. p415 CHI 10 73880 AF1553 This study 19. p415 CHI 12 73881 AF1557 This study 20. p415 CHI 13 73882 AH1658 This study 21. p415 CHI 14 73883 AH1660 This study 22. p415 CHI 15 73884 AH1662 This study 23. p415 Ret2 I145A 73885 AI1732 This study 24. p415 Ret2 I148A 73886 AI1733 This study 25. p415 Ret2 I149A 73887 AI1734 This study 26. p415 Ret2 I155A 73888 AI1735 This study 27. pGEX6P1- Mst7-Erp1CT 73920 This study 28. pGEX6P1-GCN4cc-Erp1CT 73921 This study 29. pGEX6P1- Mst7-Erp2CT 73922 This study 30. pGEX6P1-GCN4cc-Erp2CT 73923 This study 31. p415 Ret2LD2α Q146F 75259 This study 32. p415 Ret2LD2α N152T 75260 This study 33. p415 Ret2LD2α K153Q 75261 This study 34. p415 Ret2LD2α T158K 75262 This study 35. p416 PMP2-YFP-LRKRS — M650 14 36. p416 PMP2-YFP-KKXX — N654 14 37. p416 PMP2-YFP-NVRNRRK — R890 14 38. p416 PMP2-YFP-KKK — M643 14 39. p416 PMP2-YFP-AAXX — N655 14 40. p416 PMP2-YFP-Task3C44T — S901 27 41. pGEX6P1-MST27-LRKRS — F291 14 42. pGEX6P1-MST27-KKXX — O732 14 Open in a separate window Plasmids used in this study

Techniques:

Plasmids used in this study

Journal: Proceedings of the National Academy of Sciences of the United States of America

Article Title: δ-COP contains a helix C-terminal to its longin domain key to COPI dynamics and function

doi: 10.1073/pnas.1603544113

Figure Lengend Snippet: Plasmids used in this study

Article Snippet: Ret2LD2α T158K ( BY4743 Spore ) MAT a his3 ∆ 1 leu2 ∆ 0 met15 ∆ 0 ura3 ∆ 0; YFR051c::kanMX4; p415 ret2LD2 α T158K This study Open in a separate window Yeast strains used in this study table ft1 table-wrap mode="anchored" t5 Table S2. caption a7 No. Plasmids Addgene ID Database ID Source 1. p415 CHI 1 73863 Z1280 This study 2. p415 CHI 2 73864 Z1281 This study 3. p415 CHI 3 73865 Z1283 This study 4. p415 CHI 4 73866 Z1284 This study 5. p415 CHI 5 73867 Z1285 This study 6. p415 CHI 6 73868 Z1286 This study 7. p415 CHI 7 73869 Z1287 This study 8. p415 CHI 8 73870 Z1288 This study 9. pRS303 Bt δCOP 73871 AE1540 This study 10. p415 Ret2 73872 AE1541 This study 11. p415 Ret2LD2α 73873 AE1518 This study 12. p415 δCLD2α 73874 AE1519 This study 13. p415 Ret2LD 73875 AE1520 This study 14. p415 δCLD 73876 AE1521 This study 15. p415 Ret2LD+δC2α 73877 AE1516 This study 16. p415 δCLD+Ret2-2α 73878 AE1523 This study 17. p415 CHI 9 73879 AF1551 This study 18. p415 CHI 10 73880 AF1553 This study 19. p415 CHI 12 73881 AF1557 This study 20. p415 CHI 13 73882 AH1658 This study 21. p415 CHI 14 73883 AH1660 This study 22. p415 CHI 15 73884 AH1662 This study 23. p415 Ret2 I145A 73885 AI1732 This study 24. p415 Ret2 I148A 73886 AI1733 This study 25. p415 Ret2 I149A 73887 AI1734 This study 26. p415 Ret2 I155A 73888 AI1735 This study 27. pGEX6P1- Mst7-Erp1CT 73920 This study 28. pGEX6P1-GCN4cc-Erp1CT 73921 This study 29. pGEX6P1- Mst7-Erp2CT 73922 This study 30. pGEX6P1-GCN4cc-Erp2CT 73923 This study 31. p415 Ret2LD2α Q146F 75259 This study 32. p415 Ret2LD2α N152T 75260 This study 33. p415 Ret2LD2α K153Q 75261 This study 34. p415 Ret2LD2α T158K 75262 This study 35. p416 PMP2-YFP-LRKRS — M650 14 36. p416 PMP2-YFP-KKXX — N654 14 37. p416 PMP2-YFP-NVRNRRK — R890 14 38. p416 PMP2-YFP-KKK — M643 14 39. p416 PMP2-YFP-AAXX — N655 14 40. p416 PMP2-YFP-Task3C44T — S901 27 41. pGEX6P1-MST27-LRKRS — F291 14 42. pGEX6P1-MST27-KKXX — O732 14 Open in a separate window Plasmids used in this study

Techniques: