Random Hexamers, 50µM
Catalog : RC36
DX/DT Random Hexamers are essential primers for efficient reverse transcription, ensuring optimal cDNA synthesis from RNA templates. These primers are a mixture of random six-base sequences that anneal throughout the RNA strand, allowing comprehensive first-strand synthesis by reverse transcriptase. DX/DT Random Hexamers are provided at a convenient 50 µM concentration, making them ideal for use in various RT applications, including gene expression studies and next-generation sequencing. The high purity and consistency of DX/DT Random Hexamers ensure reliable and reproducible results, enhancing the performance of your cDNA synthesis workflows
Product features
Supplied at a ready-to-use 50 µM concentration, DX/DT Random Hexamers provide flexibility for various reverse transcription reactions. Their high purity and optimized formulation enhance the efficiency of reverse transcriptase enzymes, ensuring comprehensive RNA coverage and minimizing bias. These primers are particularly useful when working with complex RNA populations, degraded RNA samples, or full-length transcript analysis.
DX/DT Random Hexamers are compatible with various reverse transcription systems and are ideal for applications such as RT-qPCR, cDNA library preparation, and NGS workflows. By facilitating uniform priming, they improve the accuracy and reproducibility of downstream assays.
With DX/DT Enzymes’ commitment to quality and performance, our Random Hexamers are manufactured under stringent quality control conditions to ensure batch-to-batch consistency. Whether you are working on gene expression studies, pathogen detection, or transcriptome analysis, DX/DT Random Hexamers offer a reliable solution for efficient and unbiased reverse transcription.
Storage recommendations
Storage Temperature : -20
Single Pack Contents
Random Hexamers (50µM): 50µl X 5 vials
Applications
Random hexamers can be used for,
- cDNA synthesis by priming reverse transcription of RNA into complementary DNA (cDNA).
- Labeling and amplification of nucleic acids in hybridization-based assays and PCR.
- Generating diverse cDNA libraries from various RNA templates for transcriptome analysis.
Critical Notes
For Research Purpose Only. Made in India.