ABLE C competent cells
About this item
ABLE Competent Cells for toxic clones reduce copy number four to ten fold compared to the XL1-Blue strain.
- Reduces the copy number of ColE1-derived plasmids (such as pUC and pBluescript® plasmids) four-fold
- Decreases level of cloned protein product to increase cell viability
- Transformation efficiency of 5×10⁶ to 2×10⁷ transformants/µg
- Also available in an electroporation-competent version
ABLE C Competent Cells for toxic clones enhance the probability of cloning DNA encoding toxic proteins. By reducing the copy number of ColE1-derived plasmids, the ABLE C strain decreases the levels of cloned gene products and enhances the probability of propagating a toxic clone.
The ABLE C Competent Cells provide a viable alternative to commonly used cloning vectors with high copy numbers. Positive clones observed on initial screening of lambda libraries can be excised or re-cloned into any convenient vector and can be introduced into ABLE C strains.
ABLE K Competent Cells for toxic clones enhance the probability of cloning DNA encoding toxic proteins. By reducing the copy number of ColE1-derived plasmids, the ABLE K strain decreases the levels of cloned gene products and enhances the probability of propagating a toxic clone.
ABLE K Competent Cells provide a viable alternative to commonly used cloning vectors with high copy numbers. Positive clones observed on initial screening of lambda libraries can be excised or re-cloned into any convenient vector and can be introduced into ABLE K strains.
Caution: For research use only. Not for use in diagnostic procedures.
3 Options Available Below
Product Details & Documents
ABLE Competent Cells for toxic clones reduce copy number four to ten fold compared to the XL1-Blue strain.
- Reduces the copy number of ColE1-derived plasmids (such as pUC and pBluescript® plasmids) four-fold
- Decreases level of cloned protein product to increase cell viability
- Transformation efficiency of 5×10⁶ to 2×10⁷ transformants/µg
- Also available in an electroporation-competent version
ABLE C Competent Cells for toxic clones enhance the probability of cloning DNA encoding toxic proteins. By reducing the copy number of ColE1-derived plasmids, the ABLE C strain decreases the levels of cloned gene products and enhances the probability of propagating a toxic clone.
The ABLE C Competent Cells provide a viable alternative to commonly used cloning vectors with high copy numbers. Positive clones observed on initial screening of lambda libraries can be excised or re-cloned into any convenient vector and can be introduced into ABLE C strains.
ABLE K Competent Cells for toxic clones enhance the probability of cloning DNA encoding toxic proteins. By reducing the copy number of ColE1-derived plasmids, the ABLE K strain decreases the levels of cloned gene products and enhances the probability of propagating a toxic clone.
ABLE K Competent Cells provide a viable alternative to commonly used cloning vectors with high copy numbers. Positive clones observed on initial screening of lambda libraries can be excised or re-cloned into any convenient vector and can be introduced into ABLE K strains.
Caution: For research use only. Not for use in diagnostic procedures.
Product Family Options
Product Information
- AvailabilityPrice
- AGLS200171ABLE C competent cells, reduces the number of common cloning vectors 4-fold, 5×0,2 mlABLE C competent cells, reduces the number of common cloning vectors 4-fold, 5×0,2 mlLog in for availability1 * 1 mL
- AGLS200161ABLE C electroporation-competent cells, reduces the number of common cloning vectors 4-fold, 5×0,1 mlABLE C electroporation-competent cells, reduces the number of common cloning vectors 4-fold, 5×0,1 mlLog in for availability1 * 5 items
- AGLS200172ABLE K competent cells, reduces copy number of common cloning vectors by 10-fold, allowing toxic clones to replicate, 5×0,2 mlABLE K competent cells, reduces copy number of common cloning vectors by 10-fold, allowing toxic clones to replicate, 5×0,2 mlLog in for availability1 * 1 mL£280.00
Recommendations will be personalized based on your shopping preferences only if you have given your consent by enabling "Enhance my Shopping Experience" on the "Personal Info page".
Otherwise, you will receive generic recommendations.
Catalog #: 83639.320
Supplier: VWR Chemicals
Catalog #: 20864.320
Supplier: VWR Chemicals
Catalog #: 83640.320
Supplier: VWR Chemicals
Catalog #: 1.00030.2500
Supplier: Merck
Catalog #: 31770.294
Supplier: VWR Chemicals
Catalog #: 83645.320
Supplier: VWR Chemicals
Catalog #: 1.09439.1000
Supplier: Merck