Custom genomics and transcriptomics

Specialized in knowledge-intensive custom projects, including:

  • de novo genome sequence assembly (from DNA extraction to annotated genome)
    • animal, plant and microbial genomes
    • up to chromosome and/or haplotype level
    • complex mixed genomes, e.g. microbes/endosymbionts in eukaryotic hosts
    • full-length organelle genome sequencing (mtDNA, cpDNA, others)
  • transcriptome sequencing (short and long read)
    • differential gene expression analysis
    • full length mRNA vaccine sequencing (complete, from 5’-end to 3’-end)
    • transferRNA sequencing
  • structural/functional genome annotation, SNP/structural variant calling, methylation analysis
  • full genome analysis of GMOs
    • transgene characterization of transgenic animals and recombinant cell lines
  • identification of contaminants in animal farming and plant breeding
    • up to genus/species level; often including contaminant’s genome sequence
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Popular services

We are at the cutting edge of genomics technologies and our customers can benefit from the latest developments. We offer a range of genomics services. Some of our popular services are shown below but more can be found in the Solutions page.

About Future Genomics Technologies


Future Genomics Technologies, founded in 2017, is a collaboration between biotech company BaseClear and Leiden University. We work closely together with Oxford Nanopore Technologies and use their revolutionary nanopore sequencing platforms to develop new genomics applications. We are one of the world’s first Oxford Nanopore Technologies certified sequencing providers. Our customers include biotechnological and (bio)pharmaceutical companies, academic and research institutes, as well as agro- and food industries.

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We work with future technologies

Future Genomics Technologies uses the latest Next Generation sequencing technologies, including those of Oxford Nanopore Technologies and Illumina. Next generation sequencing has completely revolutionized the way in which complex genetic information is being unraveled.

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