Champagne Taq antibody P121-01
Vazyme Champagne Taq antibody (P121-01):Thermostable Taq monoclonal antibody with high specificity.
Vazyme Champagne Taq antibody (P121-01):Thermostable Taq monoclonal antibody with high specificity.
A few Celetrix electroporation models can be used for T cell electroporation transfection with high-efficiency and low-toxicity. It can maintain a high level of T cell survival, allowing immunotherapy applications such as CAR and TCR...
Vazyme Taq HS DNA Polymerase (Glycerol-free) (QL101) is a hot-start Taq polymerase obtained by mixing Champagne Taq antibody with Taq DNA polymerase in an optimal ratio.
Vazyme Taq Pro Multiplex DNA Polymerase (PM201) is a new generation of hot-start DNA polymerase based on antibody modification and upgraded to improve template affinity.
Vazyme Taq Pro Multiplex DNA Polymerase (High specificity) (PM202) is a new generation of hot-start DNA polymerase based on antibody modification and upgraded to improve template affinity.
A CHO cell electroporation system includes an electroporation machine and compatible electroporation tubes. A few Celetrix electroporation models can be used for CHO stable cell line development as well as transient transfection into CHO cells....
Vazyme Taq HS DNA Polymerase (P132) is a hot-start Taq polymerase obtained by mixing Champagne Taq antibody with Taq DNA polymerase in an optimal ratio.
Vazyme AceTaq DNA Polymerase (P401-MD1) is a chemically modified Taq DNA Polymerase whose activity is completely blocked at room temperature to prevent non-specific amplification and primer dimers during sample preparation and reaction temperature rise.
Vazyme RTv Reverse Transcriptase (RV101-01) is obtained from the M-MLV Reverse Transcriptase by directed genetic engineering, which has excellent reverse transcription efficiency, specificity, sensitivity and thermal stability.
Vazyme RTv Reverse Transcriptase (Glycerol-free) (RVL101-01) is obtained from the M-MLV Reverse Transcriptase by directed genetic engineering, which has excellent reverse transcription efficiency, specificity, sensitivity and thermal stability.