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Glyceryl-free Heat-labile UDG enzyme

Cat# ENZD-P01
Specification 1000 U; 4000 U
Unit Concentration 20 U/μl
Description Heat-labile UDG (Glycerol-free) is a glycerol-free version of Heat-labile UDG, combining the feasibility of lyophilization with the excellent removal performance and stability of glycerol-containing UDG enzymes for U-template contamination. This product contains no other components that affect lyophilization, making it suitable for the development of lyophilized products. It exhibits high activity at room temperature, and 50°C for 2 minutes irreversibly inactivates most enzymes. It is suitable for PCR, qPCR, RT-PCR, and RT-qPCR systems.
Features Rapid inactivation at 50℃
Compatible with common PCR, qPCR, RT-PCR, and RT-qPCR reaction systems
Applications Remove dU-containing PCR product aerosol contamination; remove uracil bases from single-stranded or double-stranded DNA
Components Heat-labile UDG, Glycerol-free, 20 U/μl
Quality Control Strong cleaning ability;
stable freeze-drying performance;
Thermosensitive UDG enzyme
Shipping and Storage Conditions Store at -30 ~ -15℃, transport at ≤0℃.
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Case Study

Case Study 1: Efficiency in High-Load Template Degradation

Evaluated using three concentrations of dU-containing templates, ENZD-P01 was tested in parallel with Supplier A, using a no-UDG control as reference. As a diagnostic grade UDG, ENZD-P01 demonstrated stronger clearance capability under identical template concentrations, more effectively removing non-template DNA contamination from the system.Data sourced from internal validation studies, supporting the consistency and purity of the enzyme performance.

Fig.1 Degradation efficiency comparison between ENZD-P01 and a commercial equivalent enzyme.

Case Study 2: Lyophilization Stability Performance of UDG Enzyme

Performance was assessed across different concentrations of uracil-containing templates before and after lyophilization of ENZD-P01. Results showed that, compared with the no-UDG control, the enzyme effectively degraded templates both before and after freeze-drying, with consistent amplification performance. Data sourced from internal validation studies, confirming stable performance and high purity after lyophilization.

Fig.2 Performance comparison of ENZD-P01 before and after lyophilization

Case Study 3: Thermolabile Inactivation Performance of Antarctic Thermolabile UDG

ENZD-P01, an Antarctic-derived thermolabile UDG from Creative Enzymes, was systematically evaluated for its thermal inactivation performance. Incubation at 50°C for 2 minutes resulted in irreversible inactivation of most enzyme activity, while 5 minutes of incubation led to complete inactivation.Data sourced from internal validation studies, demonstrating reliable inactivation behavior with consistent results.

Fig. 3 Thermolabile inactivation performance of ENZD-P01.

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