Paul Herman Lab: Herman lab plasmids 2024
Unpublished
Plasmids from Article
| ID | Plasmid | Purpose | 
|---|---|---|
| 224875 | pRS416 GAL1pro-YFP | Low copy plasmid with GAL1-driven YFP for C-terminal tagging (no start codon) | 
| 224876 | pRS416 CUP1pro-Htt103QdeltaP161-170-YFP | Low copy plasmid for inducible yeast expression of the Htt exon 1 construct without the last 10 amino acids of the proline-rich region (161-170) tagged with YFP using copper. | 
| 224878 | pRS416 CUP1pro-Htt103QdeltaP135-170-YFP | Low copy plasmid for inducible yeast expression of the Htt exon 1 construct without the last 36 amino acids of the proline-rich region (135-170) tagged with YFP using copper. | 
| 224880 | pRS416 CUP1pro-Htt103QdeltaP141-170-YFP | Low copy plasmid for inducible yeast expression of the Htt exon 1 construct without the last 30 amino acids of the proline-rich region (141-170) tagged with YFP using copper. | 
| 224882 | pRS416 CUP1pro-Htt103QdeltaP125-134-YFP | Low copy plasmid for inducible yeast expression of the Htt exon 1 construct without the first 10 amino acids of the proline-rich region (125-134) tagged with YFP using copper. | 
| 224883 | pRS416 CUP1pro-Htt103QdeltaP125-160-YFP | Low copy plasmid for inducible yeast expression of the Htt exon 1 construct without the first 36 amino acids of the proline-rich region (125-160) tagged with YFP using copper. | 
| 224885 | pRS416 CUP1pro-M-PRR-Htt97QP4-YFP | Low copy plasmid for inducible yeast expression of the Htt exon 1 construct with the last 46 amino acids of the proline-rich region at the N-terminus, 4 prolines left at the C-terminus using copper. | 
| 224886 | pRS416 CUP1pro-Htt103QdeltaP141-160-YFP | Low copy plasmid for inducible yeast expression of the Htt exon 1 construct without the middle 20 amino acids of the proline-rich region (141-160) tagged with YFP using copper. | 
| 224887 | pRS415 GPDpro-RNQ1-CFP | Low copy plasmid for constitutive yeast expression of RNQ1 tagged with CFP using copper. This is construct can be used as an IPOD marker (Kaganovich et al., 2008). |