By combining AI and advanced mathematical models, we developed a wide set of protocols and software, permitting us to correlate subsets of such measures to the status of specific organs, the Central Nervous System (CNS) or glands.
A Multi-Version Approach to Personalized Healthcare: DMA® Technology for Screening, Diagnostics, Performance, and Monitoring.
The DMA® (Deep Metabolism Assessment®) technology offers four distinct versions, each designed to address specific needs in the realm of health screening, diagnostics, performance optimization, and monitoring.
At this stage, we are focusing on the go-to-market strategy for DMA® Screening, with plans to develop and roll out the other versions in the near future.
DMA® Screening is the cornerstone of this technology, offering in-depth metabolic analysis for early detection of health issues and enabling personalized care through advanced AI-driven insights.
DMA® Screening
Description:
DMA® Screening is an advanced metabolic analysis tool that enables molecular biologists and physiologists to thoroughly assess biochemical processes within the human body. This technology identifies significant metabolic patterns linked to health conditions and diseases, enabling early detection and prevention of potential health issues before they manifest clinically.
Technology User:
Biologists specializing in molecular biology and physiology.
End User (Patient):
Individuals undergoing health screenings, those following specific diets or supplement programs, or anyone seeking proactive health monitoring.
Output:
Detailed reports highlighting key metabolic patterns, offering insights into how biochemical processes correlate with overall health. These insights help clinicians identify early signs of potential health issues and tailor preventative strategies.
DMA® Diagnostic
Description:
DMA® Diagnostic is a diagnostic tool designed to detect specific metabolic patterns associated with various diseases. Each protocol targets a particular disease or disease subclass, providing probabilities and metabolic profiles to help clinicians assess whether a patient’s metabolic data aligns with specific conditions, such as hyperthyroidism or bacterial infections.
Technology User:
Healthcare professionals, including physicians and specialists.
End User (Patient):
Patients requiring specific diagnoses for conditions like metabolic disorders, infections, or chronic diseases.
Output:
Comprehensive diagnostic reports that present the likelihood of specific metabolic patterns aligning with a particular disease. These reports help physicians make accurate diagnoses and guide targeted treatment plans.
DMA® Performance
Description:
DMA® Performance is a specialized tool designed to assess metabolic factors influencing physical and cognitive performance. This technology includes protocols that support personalized programs for training, nutrition, and supplementation, tailored for individuals subject to high physical and mental stress.
Technology User:
Sports medicine professionals, biologists, psychologists, and fitness experts.
End User (Patient):
Athletes, high-performance professionals (e.g., pilots, military), emergency responders, managers and individuals undergoing extreme mental or physical stress.
Output:
Detailed assessments of metabolic performance, offering recommendations for optimizing physical capabilities, managing stress, and enhancing overall resilience and recovery in demanding environments.
DMA® Monitoring
Description:
DMA® Monitoring is designed for continuous tracking of metabolic parameters over time, offering two modes: low-frequency monitoring for periodic, self-managed measurements (e.g., daily or intra-daily) and high-frequency monitoring for clinical settings, where patients require frequent, real-time data collection.
Technology User:
Biologists, clinicians, and healthcare providers.
End User (Patient):
Patients needing ongoing metabolic monitoring, those on long-term treatment regimens, or individuals with chronic health conditions requiring regular assessment.
Output:
Metabolic data presented at regular intervals, enabling real-time tracking of physiological changes. These insights assist healthcare providers in making timely clinical decisions and ensuring optimal care and therapeutic management.
Patents & Certification
