<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Blue-White Screening Available |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Cell Strain |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Cell Type — Production Method |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Competent Cell Application |
- Cloning Toxic DNA through modulation of plasmid copy number
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Difficult Cloning Type |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Generates Unmethylated DNA |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Quantity per Kit |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
Resistance |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Transformation Efficiency — Qualitative |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Transformation Efficiency — Quantitative |
|
<!— "inside defaultSpecification":{Blue-White Screening Available=Yes, Cell Strain=ABLE K, Cell Type — Production Method=Electroportable Cells, Competent Cell Application=Cloning Toxic DNA through modulation of plasmid copy number, Difficult Cloning Type=Toxic Clone, Generates Unmethylated DNA=No, Quantity per Kit=0.2 mL, Resistance|MultiLine=Kanamycin|Tetracycline|, Transformation Efficiency — Qualitative=High, Transformation Efficiency — Quantitative=≥5 x 106 transformants/μg, Volume=5 x 0.2 mL}—>
| Volume |
|
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