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  • Superstart qPCR Premix plus-UNG HCB5071E

Superstart qPCR Premix plus-UNG


Superstart qPCR PreMix plus-UNG is a specialized reagent designed for Real Time PCR qualitative and quantitative reactions using probe-based detection accurate quantification, prevents false positives, and ultra-stable. Detects 0.2 copies/μL of monkeypox and 3 copies/T of ASFV. Hot start tech for reliable results.

Cat No: HCB5071E

Package: 100RXN/1000RXN/10000RXN

 

Product Description

Product detail

Product Tags

Superstart qPCR Premix plus-UNG is a specialized reagent designed for Real Time PCR qualitative and quantitative reactions using probe-based detection, developed specifically for lyophilization processes. It contains a novel hot-start enzyme Hotstart Taq plus (DG), which has its Taq enzyme activity sealed at room temperature, effectively inhibiting non-specific amplification caused by primer non-specific annealing or primer dimer formation under low temperature conditions, thus improving the specificity of the amplification reaction. This reagent uses an optimized qPCR specific buffer and UNG/dUTP anti-contamination system to achieve rapid hot-starting, greatly improving the efficiency and sensitivity of qPCR reactions. It can obtain good standard curves in a wide range of quantitation areas and accurately perform quantitation, effectively preventing false positive amplification caused by residual PCR products or aerosol contamination. This reagent is compatible with most fluorescent quantitative PCR instruments from manufacturers such as Applied Biosystems, Eppendorf, Bio- Rad and Roche etc., and exhibits good stability in lyophilized form.


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  • Reagent composition

    1. 5×HotstartPremix plus-UNG (Mg2+ free) (DG)

    2. 250 mM MgCl2

    3. 4×lyoprotectant (optional)

     

    Storage Conditions

    Long-term storage at -20℃; can be stored at 4℃ for up to 3 months. Mix well before use and avoid repeated freezing and thawing.

     

     Cycling Protocol

    Procedure

    Temp.

    Time

    Cycle

    Digestion

    50℃

    2 min

    1

    Polymerase activation

    95℃

    1~5 min

    1

    Denature

    95℃

    10~20 s

    40-50

    Annealing and Extension

    56~64℃

    20~60 s

    40-50

     

    qPCR Liquid Reaction System Preparation

     

    Composition

     

    25µL Volume

     

    50µL Volume

     

    Final Concentration

    5×HotstartPremix plus-UNG (Mg2+ free) (DG)

    5µL

    10µL

    250mM MgCl2

    0.45µL

    0.9µL

    4.5 mM

    4×lyoprotectant 1

    6.25µL

    12.5µL

    25×Primer-Probe Mix 2

    1µL

    2µL

    Template DNA3

     ——

     ——

     ——

    ddH2O

    To 25µL

    To 50µL

     ——

    1. A final concentration of 0.2μM for primers usually yields good results; when reaction performance is poor, adjust primer concentration within the range of 0.2-1μM as needed. Probe concentration is typically optimized within the range of 0.1-0.3μM through gradient experiments to find optimal combinations.

    2. The copy number of target genes contained in different types of templates varies; if necessary,gradient dilution can be performed to determine the optimal template addition amount.

    3. This system can be lyophilized; when customers use this system without freezing-drying requirements, 4×lyoprotectant can be selectively added;if there are freeze-dried products required,during liquid reagents stage product performance validation, it must add 4×lyoprotectant to ensure consistency with the lyophilized system components and effects.

     

    When the system is used for freeze-drying, prepare the system as following:

    Composition

    25µL Reaction System

    5 ×HotstartPremix plus-UNG (Mg2+ free) (DG)

    5µL

    250mM MgCl2

    0.45µL

    4×lyoprotectant

    6.25µL

    25×Primer-Probe Mix

    1µL

    ddH2O

    To 18~20µL

    * If other systems for freeze-drying is needed, please consult separately.

     

    Lyophilization Process

    Procedure

    Temp.

    Time

    Condition

    Pressure

     Pre-freezing

    4℃

    30 min

    Hold

     

    1 atm

    -50℃

    60 min

    Cooling

    -50℃

    180 min

    Hold

     Primary Drying

    -30℃

    60 min

    Heating

     

    Ultimate Vacuum

    -30℃

    70 min

    Hold

     Secondary Drying

    25℃

    60 min

    Heating

     

    Ultimate Vacuum

    25℃

    300 min

    Hold

     
    1. This lyophilization process is an in-situ freeze-drying process for a 25µL reaction system; if freeze-drying beads or other in-situ freeze-drying processes are required, please inquire separately.

    2. The above lyophilization process is for reference only. Different product types and different freeze-dryers have different parameters, so adjustments can be made according to actual conditions during use.

    3. Different lyophilization processes may be suitable for different batch sizes of lyophilized products, so sufficient testing validation must be performed when used for large-scale production.

     

    Instruction for using lyophilized powder

    1. Briefly centrifuge the lyophilized powder;

    2. Add nucleic acid template to the lyophilized powder and add water up to 25µL;

    3. Mix well by centrifugation and run on machine.

     

     Quality Control:

    1. Functional testing: sensitivity, specificity, reproducibility of qPCR.

    2. No exogenous nuclease activity, no exogenous endo/exonuclease contamination.

     

     

    Technical Information:

    1. Superstart qPCR Premix plus-UNG uses a novel hot-start enzyme that enables rapid hot-starting within 1~5 minutes; through special buffer formulation it is suitable for multiplex fluorescent quantitative PCR reactions.

    2. It has higher specificity which significantly improves the sensitivity of fluorescence quantitative PCR limit detection,making amplification curves normalization, fluorescence value obtain obvious improvement at low concentration templates, suitable as high sensitivity fluorescence quantitative PCR detection reagents.

    3. For primers with lower annealing temperature or longer than 200bp fragments, 3-step method is recommended.

    4. The utilization efficiency of dUTP and sensitivity to UNG enzyme differ for different target genes, thus if using UNG system leads to a decrease in detection sensitivity, the reaction system should be adjusted and optimized. If technical support is required please contact our company.

    5. Use dedicated areas and pipettes before and after amplification, wear gloves during operation and replace them frequently; do not open the reaction tube after PCR completion to minimize contamination of samples by PCR products.

     

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