Corporate partnerships

Chemistry start-ups originating from Strasbourg

Critical Resources / Rare Earths

Challenge: Reduce the environmental impact and dependence associated with the extraction and refining of rare earth elements.

Solution: An alternative magnetic field purification method that is more energy-efficient and sustainable.

Stage: A startup founded in 2024 based on the work of Bernard Doudin’s team; deep tech—currently undergoing industrialization.

Highlight: 2025 i-Lab Grand Prix.

Critical Resources / Rare Earths

Fluorescence-guided surgery

Challenge: Making surgery safer by improving visibility in the operating room.

Solution: Biocompatible fluorescent coating (NICE technology) that can be applied to instruments and devices for real-time visualization (up to ~1 cm).

Stade: a startup founded in 2024, featuring patented technology developed through academic research led by Andrey Klymchenko.

Key fact: technology developed through five years of research by a multidisciplinary team (IHU, IRCAD, Laboratory of Bioimaging and Pathologies).

Fluorescence-guided surgery

Controlled-release of medications

Challenge: To make it easier for patients to take their medication and minimize the side effects of treatments (for chronic conditions and cancer).

Solution: A natural, biocompatible, and biodegradable albumin-based material for controlled-release drug delivery devices.

Stage: A startup founded in 2024 based on the research of Benoit Frisch and Philippe Lavalle; R&D—preclinical proof of concept.

Highlight: 2024 i-Lab Grand Prix; €1.3 million raised to revolutionize drug delivery for innovative therapies.

Controlled-release of medications

Autism, Alcoholism, Neuropathic Pain

Challenge: To develop new treatment options for neurobehavioral disorders and pain.

Solution: A drug candidate that mimics oxytocin with improved efficacy and selectivity.

Stage: A startup founded in 2024 by Marcel Hibert; currently in the preclinical stage.

Key fact: The result of ~20 years of research; supported by Neurentis plc.

Autism, Alcoholism, Neuropathic Pain

Chemical Recycling of Plastics

Challenge: Recycle complex plastics that are currently underutilized.

Solution: An electrification process that combines heterogeneous catalysis and electromagnetic induction to produce virgin-quality polymers suitable for food contact.

Stage: startup founded in 2023, industrial pilot (100 kg/day), scaling up in progress.

Key fact: pilot program at Michelin; target of 1–10 metric tons per day announced (launch in 2026).

Chemical Recycling of Plastics

Therapeutic Vaccines in Oncology

Challenge: Strengthen the immune response against cancer and prevent relapses in patients with colorectal cancer.

Solution: delivery nanoparticles based on a plant virus that has been modified to target specific cells.

Stage: startup founded in 2023, preclinical stage.

Key milestones: raised €2.7 million (2024); selected as one of “100 Startups to Invest In in 2025” (Challenges); clinical trial target set for 2028.

Therapeutic Vaccines in Oncology

CO₂ Capture and Conversion

Challenge: Decarbonizing challenging sectors (aviation, shipping, and the chemical industry) without driving up costs.

Solution: Technology that combines CO₂ capture and conversion in a single step (to produce e-fuels or molecules).

Stage: startup founded in 2023, with development and gradual industrialization.

Key milestone: €5.5 million raised (2024).

CO₂ Capture and Conversion

Oncology (subcutaneous administration)

Challenge: To facilitate access to biotherapies and improve patients’ quality of life.

Solution: a solution for the subcutaneous administration of biotherapeutics (proof of concept across multiple antibodies).

Stage: startup founded in 2022; preclinical stage.

Key development: Currently raising ~€6 million for regulatory development and a Phase I trial.

Oncology (subcutaneous administration)

"Point-of-Care" Diagnostics

Challenge: Rapidly screen and diagnose patients and monitor them at a lower cost.

Solution: Ultra-sensitive fluorescent “nanoantennas” for measuring low concentrations of RNA without enzymes.

Stage: A startup founded in 2022 that emerged from academic research led by Andrey Klymchenko; a deep tech company in the development/pre-commercialization phase.

Key fact: Technology resulting from 10 years of research + 2 ERC grants (>€2 million); selected as one of the “100 Start-ups to Invest In” (2022).

"Point-of-Care" Diagnostics

High-Throughput Cell Screening

Challenge: Accelerate the discovery of antibodies and therapies (immuno-oncology, cell therapies).

Solution: A platform that enables the isolation of living cells based on what they secrete (patented detection method).

Stage: A startup founded in 2022 based on academic research led by Alain Wagner; commercialization is in the works.

Key development: Seeking investors to provide approximately €3 million to develop the industrial version of the prototype.

High-Throughput Cell Screening

Gastrointestinal Cancers

Challenge: Treating cancers that are resistant to current therapies.

Solution: “First-in-class” candidates targeting a tumor “burnout” mechanism.

Stage: startup founded in 2021, preclinical stage.

Key milestone: Raised €1.25 million (2023); seeking investors to begin clinical trials; selected as one of the “100 Startups to Invest In” (2023).

Gastrointestinal Cancers

Neuropathic pain

Challenge: Treating neuropathic pain, which is often resistant to treatment.

Solution: “first-in-class” compounds for the treatment of chronic pain; development of extracellular FLT3 receptor inhibitors.

Status: A startup founded in 2020 that emerged from academic research led in part by Didier Rognan; clinical development is in the planning stages.

Key milestone: Raised €7 million (2024) to advance the candidate to Phase I; selected as one of the “100 Startups to Invest In” (2018).

Neuropathic pain

Nanomaterials for Cancer (Diagnosis/Treatment)

Challenge: Improve tumor targeting and minimize side effects.

Solution: dendritic and magnetic nanoparticles that can be delivered via a carrier system and have a controlled size.

Stade: a startup founded in 2019 that grew out of academic research led by Delphine Felder-Flesch and Sylvie Begin-Colin.

Key milestone: Raised €13 million (2025); pilot plant project in Sélestat.

Nanomaterials for Cancer (Diagnosis/Treatment)

Antimicrobial Coatings

Challenge: Protecting implants and medical devices from bacteria, viruses, and inflammation.

Solution: Coatings made from natural biopolymers with antimicrobial, antiviral, and anti-inflammatory properties.

Status: startup founded in 2019 by Philippe Lavalle; preparations for clinical trials are underway.

Key milestone: 2019 i-Lab Grand Prix; raised €1.4 million (2021).

Antimicrobial Coatings

Fluorescent markers / diagnostics

Challenge: Improving early detection and medical imaging.

Solution: bioluminescent nanomarkers; rapid antigen test (e.g., RAPIDTECH).

Stade: A startup founded in 2019 that grew out of academic research led by Loïc Charbonnière; R&D and production.

Key fact: The test was announced to be comparable to PCR (94% agreement rate based on 1,300 tests); results are available in 15 minutes.

Fluorescent markers / diagnostics

Gentle Pumping of Delicate Liquids

Challenge: Transporting cells, proteins, and blood without damaging them (medical devices).

Solution: Patented “tube-liquid” technology (gentle pumping).

Stage: A startup founded in 2019 that grew out of academic research led by Thomas Hermans; currently in the pre-industrial stage, with the initial market launch of its “Liquid Tube” reactor scheduled for the second quarter of 2025 (MVP).

Key milestones: 2020 i-Lab Grand Prix; raised 920 k€ (2023) and EIC Accelerator (2024).

Gentle Pumping of Delicate Liquids

Graphene & Process Electrification

Challenge: Scale up the use of graphene and decarbonize certain processes (district heating, reduced gas consumption).

Solution: graphene production and applications (heating, conductivity, corrosion protection, etc.) for the aerospace, construction, textile, and healthcare industries.

Stage: startup founded in 2018 based on academic research led by Cuong Pham Huu; industrialization (pilot plant).

Key milestone: 2021 i-Lab Grand Prix; raised €7 million (2024) + planned funding round of over €12 million.

Graphene & Process Electrification

Flow Chemistry + AI

Challenge: Produce molecules faster and more efficiently using compact units.

Solution: AI-driven continuous-flow chemistry (discovery and synthesis).

Stage: startup founded in 2018; industrial development.

Key development: De Dietrich Process Systems became a shareholder (since 2023); a “container”-style microfactory project announced for 2026.

Flow Chemistry + AI

Devices for Rhinitis/Sinusitis & Nose-to-Brain

Challenge: To improve the management of chronic sinusitis and rhinitis and pave the way for “nose-to-brain” therapy.

Solution: innovative treatments (nosebleeds/chronic sinusitis) and expansion into neurology.

Stage: startup founded in 2017; clinical stage.

Key milestone: Raised €4.7 million (2023) and then €7 million (2025).

Devices for Rhinitis/Sinusitis & Nose-to-Brain

Prostate Cancer

Challenge: To improve the efficacy and tolerability of targeted cancer therapies.

Solution: Stable and controllable antibody-drug conjugates (ADCs).

Stage: A startup founded in 2014 that grew out of academic research led by Alain Wagner; advanced development + industrial partnership.

Key development: Major agreement with GSK announced in 2025 (€307 million for the sale of exclusive rights).

Prostate Cancer
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