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Eurofins Genomics is a leading provider of services in DNA synthesis, DNA sequencing, gene synthesis, genotyping, and bioinformatics.
Creating synthetic DNA involves sequentially adding nucleotide bases, which are the “letters” of life, to generate a specific sequence called oligonucleotide synthesis and genes.
Sequencing is the process of decoding the “letters” of life to assemble a genomic sequence. We serve all sequencing needs under one company, including Nanopore whole plasmid sequencing, Sanger sequencing, and NGS sequencing.
Double-stranded, sequence-verified genes or gene fragments to clone into a vector of your choice.
With facilities in Europe, North America, and Asia, we support clients in the pharma, diagnostics, food, agriculture, biotechnological and research markets with services in DNA synthesis, DNA sequencing, gene synthesis, genotyping, and bioinformatics.
High-quality, single-stranded oligonucleotides applicable to almost any research field.
Huge assortment of custom probes for qPCR, dPCR, LNA, MGB applications and more.
The masters of complex gene constructs. Express service available for any gene.
Fast, affordable sequencing using the Oxford Nanopore platform for full plasmids, amplicons, bacterial genomes, and more.
The gold standard in sequencing with 99.9999% accuracy. We cover all Sanger needs including popular prepaid options.
From pre-designed packages to fully custom projects, we are the NGS provider of choice amongst researchers.
Community-level monitoring of pathogens and biomarkers, providing early insights into public health trends.
High-sensitivity PCR services deliver precise amplification and detection of target DNA or RNA for research, diagnostics, and sequencing workflows.
Microarray technology offers high-throughput analysis of gene expression and genetic variation across thousands of targets in a single experiment.
Monday, 18/05/2026
Full-length plasmid sequencing using Nanopore technologyFull-length plasmid sequencing using Nanopore technology has transformed the way plasmid DNA is characterised