Why do some patients respond to therapies—and others do not?
Structured, evidence-based decision support for complex oncological cases.
✔ 80+ structured case analyses
✔ Anonymized & GDPR-compliant
✔ Evidence-based (studies & clinical guidelines)
✔ Developed for physicians and medical professionals
Three levels of structured cancer analysis
Medical Evidence AI combines key factors of modern oncology into an evidence-based overall assessment.
Tumor Biology
Analysis of tumor type, stage, molecular characteristics, and previous treatment history.
Immune System
Structured assessment of relevant immune cell populations to evaluate the individual immunological baseline status.
Scientific Evidence
Comparison of the available patient data with current international studies and clinical guidelines.
Why this combination is crucial
In clinical practice, many diagnostic procedures are used, including:
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Tumor markers
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Molecular analyses
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Imaging procedures
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Routine laboratory testing
These provide valuable individual insights — however, often without a structured overall assessment.
This is exactly where Medical Evidence AI comes in.

The often underestimated factor: the immune system
In routine clinical practice, immune status is often not integrated into decision-making in a detailed manner.
Yet the immune system plays a major role in influencing:
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Response to therapies
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The effectiveness of immuno-oncological approaches
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The course of the disease
Expanded perspective through additional parameters
Medical Evidence AI enables the structured integration of immunological and dynamic monitoring parameters, including:
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Immune status (e.g., T-, B-, and NK-cell populations)
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Circulating tumor cells (CTCs) as an indicator of tumor activity
These parameters complement existing diagnostic information and provide an expanded basis for clinical decision-making.
How the case analysis works — simple and structured
Medical Evidence AI integrates seamlessly into your clinical workflow — fast, transparent, and without additional effort.
1. Submit the case digitally
You submit the relevant patient data in a structured format via the portal:
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Medical history
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Tumor status
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Treatment history
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Existing findings and laboratory results
2. Structured Analysis
The data are systematically consolidated and evaluated in the context of:
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Tumor biology
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Clinical course
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Scientific evidence
3. Optional: Advanced Diagnostics
If required, the analysis can be supplemented with:
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Immune status (T-, B-, and NK-cell populations)
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Circulating tumor cells (CTCs)
4. Result: Structured Report
You receive a clear, evidence-based assessment to support your clinical decision-making.
Focus on Immuno-Oncology
The importance of the immune system in oncology continues to grow.
Medical Evidence AI therefore specifically integrates immunological parameters into the context of clinical decision-making:
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Structured analysis of immune status
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Classification of immunological markers
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Evaluation of immuno-oncological therapeutic approaches
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Comparison with current scientific evidence
The goal is to provide an expanded, patient-specific perspective on complex therapeutic situations.
Data Protection and Security
The protection of sensitive medical data is a top priority.
Medical Evidence AI operates in strict compliance with the GDPR (General Data Protection Regulation) and enables fully anonymized or pseudonymized case analyses.
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Processing via pseudonymized case codes
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Encrypted data transmission
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Storage on secured server infrastructures
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Controlled and role-based access rights
The platform can be used without transmitting personally identifiable patient data.
Vision
Medical Evidence AI aims to establish a platform for structured, evidence-based decision support in oncology.
Through the intelligent integration of:
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Clinical data
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Immunological parameters
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Scientific evidence
a new form of digital support is created for the assessment of complex disease courses.
In the long term, Medical Evidence AI aims to make medical decision-making more transparent, structured, and comprehensible.
Notice
Medical Evidence AI does not provide medical diagnoses and does not replace professional medical treatment.
The platform is intended solely for the structured analysis and presentation of medical data as well as the display of scientific evidence.
Medical evaluation and treatment decisions remain exclusively the responsibility of the treating healthcare professionals.


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