moligoTECHNOLOGIESPartner with us

Born in the lab.
Built around DNA.

Moligo grew out of research at Karolinska Institutet. Since 2019, we have brought that work into a company making long single-stranded DNA for research and development.

Our story

From the research bench
to our partners’ laboratories.

  1. 2013

    Research at Karolinska Institutet leads to an enzymatic method for producing single-stranded DNA, published in Nature Methods.

  2. 2019

    Cosimo Ducani, Simone Codeluppi and Björn Högberg establish Moligo Technologies to bring enzymatic DNA synthesis into commercial development.

  3. 2020

    A seed round led by Colibri Ventures supports bringing long ssDNA synthesis to market.

  4. 2021

    Moligo ships ssDNA to pharmaceutical and academic customers from its own laboratories.

  5. 2023

    Moligo begins a collaboration with Nationwide Children’s Hospital on long ssDNA for CFTR insertion in airway cells.

  6. 2024

    Moligo’s European patent is granted.

  7. 2025

    Research with Cellectis on circular ssDNA for gene insertion in human blood stem and progenitor cells is published in Nature Communications.

  8. Today

    Moligo supplies native linear and circular ssDNA and develops modified DNA with selected partners.

The people behind Moligo

Founders & leadership.

Founders

Cosimo Ducani

Cosimo Ducani

CEO & founder

Simone Codeluppi

Simone Codeluppi

Co-founder

Björn Högberg

Björn Högberg

Co-founder

Leadership & board

Karla Martinez Gomez

Karla Martinez Gomez

Head of Process

Lech Ignatowicz

Lech Ignatowicz

Chairman

Ingela Hallberg

Ingela Hallberg

Board member

Research and collaboration.

Karolinska Institutet

Moligo grew out of DNA synthesis research at Karolinska Institutet, where its founding scientific work began.

Cellectis

Published work on circular ssDNA and non-viral gene insertion in HSPCs.

Read the study

Nationwide Children’s Hospital

A collaboration announced in October 2023 with Sriram Vaidyanathan’s group, focused on long ssDNA for CFTR insertion in airway cells.

Discuss commercial partnerships

Discuss your DNA.

Tell us about your sequence, application and the chemistry you want to investigate.

Talk to our scientists