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GIV All-in-One Master Mix with dsDNase

GIV All-in-One Master Mix with dsDNase

SKU:CLV-0279

Regular price $360.50 USD
Regular price $230.00 USD Sale price $360.50 USD
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  • Description

    GIV All-in-One MasterMix (with dsDNase) is a simplified system specially designed for single-stranded cDNA synthesis. It contains all components required for the reaction, requiring only the addition of RNA template and water. The M-MLV GIV Reverse Transcriptase in the premix is a newly developed 4th-generation reverse transcriptase. It features faster reaction speed, completing the reverse transcription process within 5 minutes; stronger thermostability with an optimal reaction temperature of 55 °C; the cDNA product can reach up to 20 kb in length. Additionally, it exhibits tolerance to common inhibitors such as ethanol, isopropanol, humic acid, lithium chloride, and guanidine hydrochloride. dsDNase can specifically digest double-stranded DNA even in the presence of primers and probes, without degrading single-stranded DNA or RNA. It exhibits thermal sensitivity, enabling rapid irreversible inactivation at elevated temperatures to eliminate genomic contamination. This prevents dsDNase from damaging DNA within DNA-RNA hybrid strands during reverse transcription.

  • Category

    Reverse Transcriptase

  • Sub Category

    Thermostable Reverse Transcription Premix

  • Components

    • GIV All-in-One MasterMix: 400 μl • dsDNase: 2x50 μl • 10x dsDNase Buffer: 200 μl • Nuclease-Free Water: 2x1 ml

  • Storage Conditions

    Store at -20°C for 2 years.

GIV All-in-One Master Mix with dsDNase

GIV All-in-One MasterMix (with dsDNase) is a simplified system specially designed for single-stranded cDNA synthesis. It contains all components required for the reaction, requiring only the addition of RNA template and water. The M-MLV GIV Reverse Transcriptase in the premix is a newly developed 4th-generation reverse transcriptase. It features faster reaction speed, completing the reverse transcription process within 5 minutes; stronger thermostability with an optimal reaction temperature of 55 °C; the cDNA product can reach up to 20 kb in length. Additionally, it exhibits tolerance to common inhibitors such as ethanol, isopropanol, humic acid, lithium chloride, and guanidine hydrochloride. dsDNase can specifically digest double-stranded DNA even in the presence of primers and probes, without degrading single-stranded DNA or RNA. It exhibits thermal sensitivity, enabling rapid irreversible inactivation at elevated temperatures to eliminate genomic contamination. This prevents dsDNase from damaging DNA within DNA-RNA hybrid strands during reverse transcription.