NC Biomatrix and the EIC Accelerator: A Gel for Worn Spinal Discs

30 September 2026846 words5 min

NC Biomatrix, an Eindhoven spin-off of Eindhoven University of Technology led by CEO Ileana Lindeman, develops VitaDisc, an injectable gel made from pig-derived, cell-free matrix to treat degenerated spinal discs. Its EIC application called it "the first non-invasive early restorative treatment for disc degeneration that has the power to revolutionise the orthopaedics market", able to restore disc height and support regeneration in an outpatient procedure, according to CORDIS.

The European Innovation Council granted €2,499,999 towards a €5.22 million project from June 2023 to September 2025. When the award was announced in February 2023, NC Biomatrix said the grant would let it "complete pre-clinical studies and run its first-in-human trial", and that the EIC had "pre-committed €6.7M equity to the company's next fundraise", according to its news page. CORDIS lists the project as closed, but has published no report on its results. The company's news page has not been updated since March 2023, and no first-in-human trial of VitaDisc appears in public records found for this article.

€2.50MEIC grant, 48% of a €5.22M project
€6.7MEIC equity pre-committed, 2023
0Project reports on CORDIS
Mar 2023Latest company news item

Company file

Legal entity
NC Biomatrix B.V., Eindhoven
Management
Ileana Lindeman (CEO), Keita Ito (CSO)
Product
VitaDisc injectable notochordal cell-derived matrix
IP
EP3402542B1 and US 11,607,473B2, licensed exclusively from TU Eindhoven
Investors named
DSM Venturing (2022 lead), Brabant Startup Fund (loan)
EIC project
VitaDisc, 1 Jun 2023 to 30 Sep 2025, closed
EIC funding
Grant first; equity pre-committed

Where NC Biomatrix Stands Now

The company's website is online and describes "non-cellular, non-opioid biologic therapy" that "triggers the native regenerative mechanisms of cartilage tissues". It does not report trial progress, new funding or regulatory steps. No bankruptcy or liquidation of NC Biomatrix appears in the Dutch insolvency listings searched for this article. The €6.7 million pre-committed equity depended on a further fundraise that has not been announced.

The record

A disc-restoring gel with a silent EIC project

NC Biomatrix won an EIC grant to finish preclinical work and run its first-in-human trial of VitaDisc. The project closed in September 2025 without a public report, and the company has published no news since March 2023.

  1. Jun 2019First grantMIT feasibility grant; TU Eindhoven spin-off
  2. Apr 2020University pilot fundingGel for spinal disc degeneration€350k
  3. Feb 2022Initial equity roundLed by DSM Venturing€1M
  4. Feb 2023EIC award announced€2.5M grant; €6.7M equity pre-committed
  5. Mar 2023US patentNotochordal cell matrix
  6. Jun 2023EIC project starts€5.22M project€2.50M grant
  7. Sep 2025EIC project endsNo public report

CORDIS and NC Biomatrix news.

"The company's ability to complete preclinical research and the first-in-human trial for Vitadisc, its main product, will largely depend on this investment."

NC Biomatrix, February 2023

The Technology: A Mechanical Fix for Disc Degeneration

More than 400 million people suffer from back pain and disc degeneration is its main cause, the application says, while current treatments only address symptoms. VitaDisc is based on matrix from notochordal cells, which the company's patents describe as a stimulant for disc regeneration. The application says its mode of action is "fully mechanical" and that the platform could extend to early knee arthritis.

The money

Funding announced by NC Biomatrix

The €6.7M EIC equity was pre-committed to the company's next fundraise; whether that round happened is not public.

NC Biomatrix news; CORDIS. Values in € millions.

What the EIC Project Promised, and What CORDIS Shows

The EIC project

The EU paid 48% of a €5.2M project

The VitaDisc project ran from June 2023 to September 2025. CORDIS lists it as closed but publishes no report on its results.

CORDIS project 190168073. Values in € millions.

The grant was meant to finish preclinical studies and start human testing. With no report on CORDIS, no trial registration found and no company updates, none of those steps can be verified. The EU paid for almost half of a project whose outcome is invisible to the public that funded it.

  1. Preclinical studiesUnverifiedNo report.
  2. First-in-human trialUnverifiedNone found.
  3. Follow-on fundraiseUnverifiedNot announced.
  4. Patent protectionDeliveredEU and US patents.

The Money

Before the EIC award, NC Biomatrix raised €1 million in 2022 in a round led by DSM Venturing, and earlier drew on Dutch grants and a Brabant Startup Fund loan, its news page says. Whether the EIC Fund's €6.7 million was ever invested, and the company's accounts, are not public.

What Cannot Be Checked

Questions for the EIC

Why no report has been published for a closed project, whether VitaDisc has been tested in humans, whether the EIC Fund invested the pre-committed €6.7 million, and whether the company is still operating normally are not public.

Why Europe Should Care

Chronic back pain is one of the leading causes of disability, NC Biomatrix notes, citing the WHO. A treatment that restores discs rather than masking pain would be significant. The EIC backed it with a grant and an equity promise, and has not published what the grant achieved.

What the project promised

Completed preclinical studies and a first-in-human trial of a disc-restoring injectable gel.

What the record shows

A closed project with no report, no trial found, no funding news and a website unchanged since 2023.

The Verdict

Funded, then silent

NC Biomatrix received EIC money and an equity promise. Whether it reached patients is impossible to tell from anything the company or the EIC has published.

NC Biomatrix and the EIC have not been asked for comment for this article. It is based entirely on public records and published statements, linked throughout.

Industry

HealthMedical devices

Focus
  • Orthopaedic and spine devices
Technologies
  • Biomaterials
Keywords
  • Disc degeneration
  • Back pain
  • Injectable gels
  • Spine surgery