TYPE M & DIAGNOSTIC

Enabling Precision in Autoimmunity
ImmuPharma is developing a next-generation companion diagnostic designed to identify and monitor patients with a high level of precision.
Unlike conventional static autoantibody tests, this tool integrates multi-layered diagnostic logic to guide both patient selection and treatment adaptation.
This innovative approach enables accurate pre-treatment stratification and in-treatment monitoring, addressing a critical unmet need in autoimmune disease management.
Identifying the Type M Endotype
Through our research, ImmuPharma has discovered “Type M”, a new immune endotype that is present across most autoimmune diseases.
- Type M prevalence is estimated at up to 80% depending on the indication, with an average of 50% across most prevalent diseases.
- A simple and rapid test allows for the identification of this patient group.
- Type M patients are “super-responders” to P140, making them a key target population for curative therapies.
By uncovering this common endotype across diverse conditions, ImmuPharma aims to unlock a unifying precision medicine approach for multiple autoimmune indications.


Strategic Differentiation
While existing diagnostics rely on static autoantibody detection with limited specificity, ImmuPharma’s platform stands apart by offering:
- Reference-level diagnostic performance,
- Use of standard, scalable technologies,
- Direct support for personalized medicine strategies.
This multi-layered diagnostic logic enables clinicians to precisely stratify patients before treatment and to monitor their biological response over time.
A Key Enabler of Curative Therapies
Our companion diagnostic is designed to identify the “Type M” responder population, enabling the targeted use of P140 and maximizing therapeutic impact.
By integrating diagnosis, monitoring, and patient stratification into a single platform, ImmuPharma aims to transform how autoimmune diseases are diagnosed and treated — shifting from symptom management to curative precision therapies.
Patent protection expected until 2045 (patent pending).
