Test
Introduces the principles of extracting plasmid DNA from bacterial cells.
Optimize cloning with Thermo Scientific™ pBR322 DNA, a 4361 bp double-stranded closed circular medium copy plasmid DNA.
Prepacked column
For expression of hROR gamma protein in mammalian cells, induction of IL-17A promoter activity
For expression of hRUNX1 protein in mammalian cells, induction of FOXP3 promoter activity
Mammalian expression vector construct, pCMV/hRUNX1, containing coding sequence of human Runt-related transcription factor 1
Yeast Rapid Pure Miniprep Plasmid Isolation Kit designed for yeast cells. Can isolate plasmid from bacterial transformants for use in any downstream application (PCR, sequencing, restriction enzyme digestion, labeling, etc).
pOET1C_6xHis Transfer Plasmid for high-yield protein production in insect cells.
For expression of hROR gamma (t) [del. 5-8] protein, which is a novel hROR gamma (t) isoform
For expression of hROR alpha protein in mammalian cells, induction of G6Pase promoter activity
pOET6 BacMam Transfer Plasmid for high-yield protein production in mammalian cells.
pOET1 Transfer Plasmid for high-yield protein production in insect cells.
NC2102003 PBKV 34-2 PLASMID IN E. COLI
Plasmid DNA from E. coli RRI pUC18, buffered aqueous solution | 9007-49-2 | MFCD00166896 | 10UG
The Zyppy-96 Plasmid Miniprep allows efficient isolation of plasmid DNA from E. coli, featuring a modified alkaline lysis system that is pellet-free. This completely bypasses tedious centrifugation, pelleting, and re-suspension steps common to conventional procedures. Instead, the uniquely formulated Deep Blue Lysis Buffer is added directly to the bacterial cultures in a 96-well block. Buffer neutralization and lysate separation steps are assisted with a specially designed Neutralization/Clearing Buffer. Eluted plasmid DNA is high quality, endotoxin-free, and well-suited for use in restriction endonuclease digestion, DNA ligation, PCR, transcription, sequencing, and other sensitive downstream applications including transfection.