HEALTHCARE OVERVIEW
The right treatment.
From day one.
Mavatar Precision™️ is a Clinical Decision Support for Personalized
Oncology and Complex Disease Treatments.
Transforming personal healthcare, together
At Mavatar, we collaborate with leading biotech companies and institutions to deliver the right treatment to every patient, from day one.
Join us in:
- Decoding complex diseases with unprecedented clarity
- Translating computational insights into clinical breakthroughs
- Developing targeted therapies for underserved patient groups
---Evidence studies using patient and bio bank material play a vital role in the regulatory process, proving the credibility of our technology and fulfilling MDR requirements.
Together, we can reshape healthcare for millions.
Patients First: Shifting to Data-Driven Precision Care
Fast, Personalized Relief
- Eliminate the guesswork
- Receive effective treatment right away
- Spend less time suffering and searching for answers
Fewer Side Effects
- Reduce the risk of taking ineffective medications
- Experience fewer complications and less discomfort
- Focus on feeling better, sooner
Better Quality of Life
- Preserve valuable resources and cut unnecessary costs
- Avoid long periods of trial and error
- Maintain a healthier, more fulfilling lifestyle from the start
Digital Twins of patients and diseases
These models reflect the underlying biology at the single-cell, gene-network, and tissue level, allowing us to:
- Match patients to molecularly similar subgroups
- Simulate treatment response in silico
- Predict optimal therapies with unprecedented accuracy
How do Medical Avatars work?
Medical avatars are virtual models of a patient's unique biology. By simulating different treatments on this 'digital twin,' doctors can predict outcomes and customize care for each individual.
Scientific Foundation & Medical Avatars
Our pioneering medical avatars leverage cutting-edge computational biology to
revolutionize treatment research:
• Single-cell RNA sequencing analysis reveals cell-specific disease signatures
with unprecedented resolution
• Network medicine approach maps complex interactions between cells and
genes that drive disease
• Multi-scale modeling connects molecular, cellular, and systemic disease
manifestations
• Proximality analysis predicts treatment effects within biological networks
• AI-enhanced prediction identifies optimal treatment-patient matches
Unlike genomics-focused approaches, our platform analyzes dynamic disease
processes through transcriptomics and network biology—enabling discoveries
that fundamentally advance precision medicine. By creating digital twins of
patients and diseases, we can computationally test thousands of treatments
before clinical application.
