High-Efficiency Inhibitor-Tolerant Reverse Transcriptase
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High-Efficiency Inhibitor-Tolerant Reverse Transcriptase

Cat.No: IEC-HMM-0102 Datasheet

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Product Name High-Efficiency Inhibitor-Tolerant Reverse Transcriptase
Catalog No. IEC-HMM-0102
Description A high-efficiency reverse transcriptase with broad template compatibility, strong processivity and resistance to common RNA-extraction contaminants.
Intended Use Reverse transcription; first-strand cDNA synthesis; two-step RT-qPCR; cDNA library construction.
Principle / Technology An engineered reverse transcriptase performs efficient cDNA synthesis at 37°C and retains the thermal stability needed for 50–55°C reactions with structured RNA templates.
Detection Method Used upstream of PCR, qPCR or cDNA-library workflows.
Sample Type Animal, plant and viral RNA, including preparations containing ethanol, isopropanol, water-saturated phenol or humic acid.
Performance Range / Specifications 10,000 U; efficient reverse transcription at 37°C, with optional 50–55°C reactions for structured RNA templates.
Sensitivity / LOD High reverse-transcription efficiency supports downstream detection of challenging RNA targets.
Specificity Elevated-temperature operation reduces secondary-structure interference for complex RNA templates.
Reaction Conditions / Protocol Use with a compatible reverse-transcription buffer, dNTPs, RNase inhibitor and random, oligo(dT) or gene-specific primers. Select 37°C for routine templates or 50–55°C for highly structured RNA.
Storage Conditions Store at −30 to −15°C.
Package Specifications 10,000 U.
Product Form High-efficiency reverse transcriptase enzyme solution.
Quality Control Template compatibility, contaminant tolerance, reverse-transcription efficiency and long-target performance are evaluated.
Key Features Broad animal, plant and viral RNA compatibility; strong tolerance to common contaminants; efficient cDNA synthesis; high processivity; elevated-temperature operation.
Compatibility Suitable for first-strand cDNA synthesis, two-step RT-qPCR and cDNA-library construction.
Application Notes / Precautions RNA quality should be verified before reverse transcription. Use random primers for broad RNA coverage and oligo(dT) or gene-specific primers when long transcript representation is required.

For research use only, not for clinical use.

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