Precision Engineering

Precision
Engineering

Close-up of a blue microscopic structure resembling a virus with detailed surface textures.

C-Locked Biologics

C-Locked
Biologics

C-Locked Biologics

A new generation of local therapeutics that delivers potent immune activation to brain tumors without the risks of systemic exposure.

Our Partners

Pioneering safe, effective, and targeted biological treatments for incurable brain diseases, starting with Glioblastoma.

We engineer compartment-locked cytokines to safely treat glioblastoma and other CNS diseases, realising truly local and exclusive brain treatment for the first time.

Molecules that remain within the targeted CNS compartment

Molecules that remain within the targeted CNS compartment

Molecules that remain within the targeted CNS compartment

C-Locked constructs are rapidly degraded if leakage occurs

C-Locked constructs are rapidly degraded if leakage occurs

C-Locked constructs are rapidly degraded if leakage occurs

Permits higher tolerated doses and enhanced efficacy

Permits higher tolerated doses and enhanced efficacy

Permits higher tolerated doses and enhanced efficacy

"Our vision is to bring the next generation of local CNS therapies to patients and adding brain cancer to the list of curable diseases."

Carlo Bertozzi

Chief Executive Officer

"Our vision is to bring the next generation of local CNS therapies to patients and adding brain cancer to the list of curable diseases."

Carlo Bertozzi

Chief Executive Officer

"Our vision is to bring the next generation of local CNS therapies to patients and adding brain cancer to the list of curable diseases."

Carlo Bertozzi

Chief Executive Officer

Silhouette of a researcher examining a slide under a microscope with a blue background.
Silhouette of a researcher examining a slide under a microscope with a blue background.
Silhouette of a researcher examining a slide under a microscope with a blue background.

Superior Data

Our lead asset, InC01, achieves what systemic* or gene-based IL-12 therapies could not – potent, localised immune activation with complete safety and dosing control.

30%

longterm responders at terminal disease instead of 0% compared to unmodified IL-12 and significantly increased survival in checkpoint resistant murine GBM (Beffinger et al, 2025)

40x

less IFNγ blood overall exposure (AUC) compared to unmodified IL-12 during treatment (Beffinger et al, 2025)

25x

of the therapeutic dose (Beffinger et al, 2025) is still tolerated without systemic toxicity (Preclinical GLP tox)

*via the vascular route, which often only activates perivascular
T-cells and causes unwanted systemic side effects

The C-Lock Platform

The C-Lock Platform

The C-Lock Platform

Reduced FcRn Binding

We engineer biologics with significantly reduced FcRn binding to disrupt brain-to-blood export and recycling in blood. By preventing these processes, we ensure the therapeutic payload remains trapped within the brain compartment, maximizing local concentration where it is needed most.

Reduced FcRn Binding

We engineer biologics with significantly reduced FcRn binding to disrupt brain-to-blood export and recycling in blood. By preventing these processes, we ensure the therapeutic payload remains trapped within the brain compartment, maximizing local concentration where it is needed most.

Reduced FcRn Binding

We engineer biologics with significantly reduced FcRn binding to disrupt brain-to-blood export and recycling in blood. By preventing these processes, we ensure the therapeutic payload remains trapped within the brain compartment, maximizing local concentration where it is needed most.

Extended Retention

Our proprietary "Compartment-Locking" technology anchors the biologic to brain tissue, ensuring it remains at the tumor site even when the blood-brain barrier is compromised. This extended residence time creates a sufficient therapeutic window, permitting higher effective doses and prolonged anti-tumor activity without systemic washout.

Extended Retention

Our proprietary "Compartment-Locking" technology anchors the biologic to brain tissue, ensuring it remains at the tumor site even when the blood-brain barrier is compromised. This extended residence time creates a sufficient therapeutic window, permitting higher effective doses and prolonged anti-tumor activity without systemic washout.

Extended Retention

Our proprietary "Compartment-Locking" technology anchors the biologic to brain tissue, ensuring it remains at the tumor site even when the blood-brain barrier is compromised. This extended residence time creates a sufficient therapeutic window, permitting higher effective doses and prolonged anti-tumor activity without systemic washout.

Rapid Systemic Clearance

Safety is our priority. Our constructs are engineered for rapid decay upon entering the bloodstream before triggering global inflammation. This effectively abolishes the severe cytokine-related toxicity that has historically caused clinical failures in systemic IL-12 therapies.

Rapid Systemic Clearance

Safety is our priority. Our constructs are engineered for rapid decay upon entering the bloodstream before triggering global inflammation. This effectively abolishes the severe cytokine-related toxicity that has historically caused clinical failures in systemic IL-12 therapies.

Rapid Systemic Clearance

Safety is our priority. Our constructs are engineered for rapid decay upon entering the bloodstream before triggering global inflammation. This effectively abolishes the severe cytokine-related toxicity that has historically caused clinical failures in systemic IL-12 therapies.

From Cold to Hot

"Glioblastoma contains dormant immune cells waiting for a signal. Our compartment-locked therapy provides that specific trigger locally, reactivating the patient’s own T-cells without the severe risks of systemic exposure."

Avatar

Dr. Johannes vom Berg

CSO & Co-Founder

First Indication

First Indication

First Indication

Glioblastoma remains one of the most aggressive cancers, with a median survival of just 12–15 months and few effective treatment options. We have secured EMA Orphan Drug Designation, validating the urgent need for new glioblastoma treatments. This status grants us ten years of market exclusivity and key regulatory incentives, securing a protected commercial pathway to deliver this life-saving therapy.

241,000

People die from GBM each year

25

Patients in our upcoming Phase I/IIa trial.

2027

Targeted first-in-human clinical readouts.

A woman with red hair and a black sleeveless top smiling confidently in a bright, modern indoor setting.
A woman with red hair and a black sleeveless top smiling confidently in a bright, modern indoor setting.
A woman with red hair and a black sleeveless top smiling confidently in a bright, modern indoor setting.

Meet our team

Meet our team

Meet our team

Leadership

Carlo Bertozzi

CEO & Co-Founder

Carlo Bertozzi

CEO & Co-Founder

Carlo Bertozzi

CEO & Co-Founder

Dr. Johannes vom Berg

CSO & Co-Founder

Dr. Johannes vom Berg

CSO & Co-Founder

Dr. Johannes vom Berg

CSO & Co-Founder

Lauren Abrey. MD

CMO

Lauren Abrey. MD

CMO

Lauren Abrey. MD

CMO

Dr. Lorenz Mayr

Chair

Dr. Lorenz Mayr

Chair

Dr. Lorenz Mayr

Chair

InC01 is just the beginning. We are leveraging the modularity of our C-Lock™ platform to open a new therapeutic frontier.

InC01 is just the beginning. We are leveraging the modularity of our C-Lock™ platform to open a new therapeutic frontier.

InC01 is just the beginning. We are leveraging the modularity of our C-Lock™ platform to open a new therapeutic frontier.

The Lead Asset (InC01: Glioblastoma)

Clinical Expansion (Pediatric High-Grade Glioma & DIPG)

Platform Potential (Neuroinflammation & Neurodegeneration)

Scientist wearing safety goggles and blue lab attire, using a pipette to transfer liquid into a vial in a laboratory setting.

Our first-in-class cytokine therapy designed to turn "cold" tumors "hot." We have secured EMA Orphan Drug Designation and are finalizing GLP toxicology and GMP manufacturing for a mid-2026 regulatory submission.

Finalizing IND-enabling studies (GLP toxicology & GMP).

Regulatory submission (CTA/IND) targeted for mid-2026.

De-risked by EMA Orphan Drug Designation and human explant data.

The Lead Asset (InC01: Glioblastoma)

Clinical Expansion (Pediatric High-Grade Glioma & DIPG)

Platform Potential (Neuroinflammation & Neurodegeneration)

Scientist wearing safety goggles and blue lab attire, using a pipette to transfer liquid into a vial in a laboratory setting.

Our first-in-class cytokine therapy designed to turn "cold" tumors "hot." We have secured EMA Orphan Drug Designation and are finalizing GLP toxicology and GMP manufacturing for a mid-2026 regulatory submission.

Finalizing IND-enabling studies (GLP toxicology & GMP).

Regulatory submission (CTA/IND) targeted for mid-2026.

De-risked by EMA Orphan Drug Designation and human explant data.

The Lead Asset (InC01: Glioblastoma)

Clinical Expansion (Pediatric High-Grade Glioma & DIPG)

Platform Potential (Neuroinflammation & Neurodegeneration)

Scientist wearing safety goggles and blue lab attire, using a pipette to transfer liquid into a vial in a laboratory setting.

Our first-in-class cytokine therapy designed to turn "cold" tumors "hot." We have secured EMA Orphan Drug Designation and are finalizing GLP toxicology and GMP manufacturing for a mid-2026 regulatory submission.

Finalizing IND-enabling studies (GLP toxicology & GMP).

Regulatory submission (CTA/IND) targeted for mid-2026.

De-risked by EMA Orphan Drug Designation and human explant data.

Frequently Asked Questions

Frequently Asked Questions

Frequently Asked Questions

If you have further questions, please reach out via our Contact form.

What makes InCephalo’s approach different from other CNS therapies?

What makes InCephalo’s approach different from other CNS therapies?

What makes InCephalo’s approach different from other CNS therapies?

How does InC01 treat Glioblastoma without causing systemic toxicity?

How does InC01 treat Glioblastoma without causing systemic toxicity?

How does InC01 treat Glioblastoma without causing systemic toxicity?

Do you have evidence that InC01 works in human tumors?

Do you have evidence that InC01 works in human tumors?

Do you have evidence that InC01 works in human tumors?

Is InC01 a gene therapy or viral vector?

Is InC01 a gene therapy or viral vector?

Is InC01 a gene therapy or viral vector?

What is the current development status and timeline?

What is the current development status and timeline?

What is the current development status and timeline?

Can the C-Lock™ platform be used for diseases beyond Glioblastoma?

Can the C-Lock™ platform be used for diseases beyond Glioblastoma?

Can the C-Lock™ platform be used for diseases beyond Glioblastoma?

Contact us

Contact us

Contact us

Whether you are a clinical partner joining our European trial network or an investor ready to back a high-value orphan asset, don't hesitate to reach out.

* Add any required disclaimer text for the claims made above using this small fine-print text.

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Modern office interior with glass walls, wooden accents, and a person walking up a staircase in motion blur.
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Office and Laboratory

Wagistrasse 21
8952 Schlieren
Switzerland

Email

office@incephalo.com

c/o Switzerland Innovation Park Basel Area AG
Hegenheimermattweg 167A
4123 Allschwil
Switzerland

Email

office@incephalo.com

Links

Home

Privacy Policy

Imprint

© InCephalo AG, 2025

c/o Switzerland Innovation Park Basel Area AG
Hegenheimermattweg 167A
4123 Allschwil
Switzerland

Email

office@incephalo.com

Links

Home

Privacy Policy

Imprint

© InCephalo AG, 2025

c/o Switzerland Innovation Park Basel Area AG
Hegenheimermattweg 167A
4123 Allschwil
Switzerland

Email

office@incephalo.com

Links

Home

Privacy Policy

Imprint

© InCephalo AG, 2025