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Biomedical metadata analytics
for
effective and safe nutraceutical medicines
and for
precision nutrition and personalization

Helping to solve non-communicable diseases resulting from an unbalanced diet (malnutrition)

ACCESS TO METADATA

Access to databases of differing omics technologies and clinical, scientific and pharmacological information.

INTEGRATIVE ANALYSIS

Analysis that integrates information on metabolism, clinical case and physiological and pathological implications, and results in an accurate and global view of the impact of diet or specific nutrients and active substances on individuals.

TARGET IDENTIFICATION

It leads to the identification of nutritional biomarkers and therapeutical targets for nutraceutical drug design and dietary interventions.

TIME & COSTS SAVINGS

Estimation of results helps to personalise diagnostics and minimise side effects of products, while also reducing the time and costs of pre-clinical and clinical studies for market penetration.

What for?

To address the ineffectiveness of nutraceutical and dietary impact analysis and reduce experimental and clinical trial costs.

Biomarker discovery
Identification of therapeutic targets
Nutraceutical and drug design
Preclinical studies
Clinical trial design and outcome estimation
Predicting effectiveness of nutraceuticals and drugs
Molecular analysis of nutrient and dietary impact
Comprehensive metabolic pathway analysis
Correlation between physiological and clinical states
Personalised clinical and nutritional intervention design

Cardiac disease
Obesity
Diabetes
Immunity
Post-COVID19

Integrative platform for health professionals and scientits

PHARMACY / NUTRA-PHARMACY
NUTRITION
PRECISION and PREDICTIVE MEDICINE

Democratising the use of Big Data

Saving years in product development
Guarantees product effectiveness and quality
Minimal risk of side effects and nutraceutical-drug interactions
Understanding the medium and long-term impact of diet, supplements and nutraceuticals
Savings in research costs
Personalising nutraceuticals and dietary interventions

Universal application of Quantum Computing

To match up the accuracy and speed in machine learning.
To help in computational metabolism and successfully map molecules for nutrition and pharmaceutical research.
To effectively understand diet and nutraceuticals/drugs and their reactions on humans, and enhance their efficiency dramatically.