User manuals and SDS form can be obtained from ambrdlabs@gmail.com
Efficient RNA isolation from cell cultures is critical for accurate gene expression analysis. Our RNA Isolation Kit is specifically formulated to lyse cultured cells rapidly while preserving RNA integrity through stringent RNase inhibition. The optimized buffer system ensures extraction of high-purity total RNA without genomic DNA contamination. Ideal for RT-qPCR, RNA-seq, and transcriptome profiling, this kit delivers consistent, high-quality results across a broad range of cell lines.
Isolating RNA from tissue samples is challenging due to complex matrices and RNase activity. Our Tissue RNA Isolation Kit efficiently disrupts tissue architecture and inhibits RNases, yielding high-integrity RNA suitable for downstream applications. The optimized protocol ensures thorough homogenization and purification, providing RNA free of contaminants and genomic DNA—ideal for transcriptomics, gene expression studies, and molecular pathology.
Blood is a complex sample containing abundant Rnases, inhibitors and excess of proteins. Our Blood RNA Isolation Kit is designed to efficiently lyse blood cells and stabilize RNA while removing hemoglobin and other contaminants. The kit delivers high-quality total RNA, free from genomic DNA, suitable for sensitive applications including biomarker discovery, gene expression profiling, and related molecular research.
microRNAs (miRNAs), are typically 18–25 nucleotides in length and present at low abundance. Their isolation demands high sensitivity to ensure accurate downstream analysis. Our miRNA Isolation Kit is engineered with a binding chemistry that selectively enriches small RNA molecules while efficiently depleting high molecular weight RNAs (e.g., rRNA, mRNA). The silica-based system enables the isolation of high-quality, miRNAs from a wide range of biological samples—including tissue, serum/plasma, cells, and exosomes—making it ideal for quantitative RT-PCR..
Plant tissues present unique challenges due to rigid cell walls and abundant secondary metabolites. Our Plant RNA Isolation Kit includes powerful lysis buffers and inhibitor removal steps to overcome these barriers. It yields high-quality, pure RNA from leaves, roots, and other plant tissues, free of polysaccharides and phenolic compounds—ideal for gene expression analysis and plant molecular biology research.
Bacterial cells are protected by tough cell walls, requiring efficient disruption for RNA extraction. Our Bacterial RNA Isolation Kit utilizes specialized lysis buffers and mechanical disruption methods to ensure complete cell breakage. The protocol minimizes RNase activity and contaminant carryover, producing high-purity RNA suitable for transcriptomics, qPCR, and microbial gene expression studies.
Isolating viral DNA and RNA can be difficult due to low viral loads and the need to preserve nucleic acid integrity. Our new Viral DNA/RNA Isolation Kit is designed for rapid, efficient extraction from a wide range of sample types, including swabs, serum, and tissue. With optimized lysis and purification steps, the kit delivers high-yield, high-purity viral nucleic acids—ideal for diagnostic testing, epidemiological studies, and molecular virology research.