cDNA Synthesis Kit

High-Efficiency cDNA Synthesis Kit | Biotech Rabbit – Germany

Exclusively distributed in Iran by the sole official representative, Fardad Azma Rad Co.

The Biotech Rabbit High-Efficiency cDNA Synthesis Kit is a specialized, high-performance solution for first-strand cDNA synthesis from RNA, making it an ideal choice for researchers in molecular biology and gene expression studies.

⭐ Key Features:

Efficient synthesis of long cDNAs (≥19 kb), ideal for projects requiring extended sequences
Stable enzymatic activity up to 55°C with consistently high yield
Exceptional sensitivity for reverse transcription from low-abundance RNA templates
Outstanding performance with templates containing complex secondary structures or high GC content

🔬 Primary Applications:

First-strand cDNA synthesis for RT-PCR and qPCR workflows
Gene expression profiling in clinical and research applications
RNA labeling and primer extension strategies
Preparation of cDNA libraries for advanced genomic and transcriptomic analyses

🧪 This advanced kit is one of the high-quality products from the reputable German brand Biotech Rabbit, and it is manufactured under strict international quality certifications.
📦 In Iran, Fardad Azma Rad Co. is the exclusive authorized distributor of Biotech Rabbit, ensuring genuine product supply with full technical support and authenticity guarantee.

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Overview:

The Biotechrabbit™ cDNA Synthesis Kit delivers reliable components to ensure efficient first-strand cDNA synthesis from mRNA or total RNA. The RevertUP™ II Reverse Transcriptase enzyme offers high efficiency and thermal stability for consistent results. Additionally, the RNase Inhibitor provides potent protection against RNase degradation, helping to preserve high-quality RNA transcripts. The combination of efficient cDNA synthesis, effective RNase inhibition, and high-purity dNTPs results in the production of large quantities of cDNA (>19 kb). For enhanced versatility, the kit includes both hexamer primers for broad-range RNA priming and oligo(dT) primers for mRNA-specific synthesis, targeting poly(A) tails.