​Malnutrition, a global problem

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It affects billions of people and is the leading cause of disease and death in the world. The term is used to describe a deficiency, excess or imbalance of a wide range of nutrients, resulting in a measurable adverse effect on a person's composition, function and clinical picture. Excess intake results in metabolic imbalance, which can also lead to nutrient deficiency.  
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Malnutrition can lead to serious health problems, not only to pathologies resulting from undernourishment, but also to obesity, diabetes, cardiac diseases, certain cancers, immune system deficiencies, neurological disorders, etc., so-called non-communicable diseases.

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Precision Nutrition for personalised care

The science of nutrition is not yet fully developed. Nutrients, or diet, often have an immediate and discrete positive impact on the body and therefore do not have an easily measurable effect. Therefore, to understand the real impact of nutrients on human health, we must study different physiological processes and analyse gene expression and various metabolic pathways, as well as observe the medium- and long-term functioning of tissues and organs.

Universal OMICS uses big data, deep learning and quantum computing for global biological, clinical and literature data integration to enable diet therapy, diet epidemiology and nutraceutical and drug development for precision and predictive medicine, and personalized care.

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​The holism of biological systems
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the need to see the whole picture at once

The development of omics technologies has brought unprecedented advances in the understanding of biological systems. As this scientific progress occurs, an immense volume of data is generated every day and a critical need arises for easy-to-use tools that can quickly correlate these data to explain physiological contexts.
Interpreting data from a scientific, clinical or database context is challenging mainly due to the different nature of the data, the different testing and measurement methods, the lack of integration and interoperability, and the constant updates.

Precision nutrition for...​

SPORTS
Full active metabolism
Nutrient timing for exercise intensity and duration
Recovery
Oxidative and injury prevention
Cutting-edge supplementationFull active immunology

PREVENTION
Full active metabolism
Active ageing
Full active immunology
Pregnancy

DISORDERS
Overweight and Obesity
Diabetes
Cardiac diseases
Cancer
Chronicity
Immunology
Neurology

Needs

In recent years, companies offering omics analysis have been created to offer personalized diet and lifestyle solutions.
The uncertainty arises of knowing which omic analysis is more effective or provides more precise information, or if that information is static or in real time and, therefore, what  validity time has.

​The data obtained from omic technologies and high-throughoutput analysis platforms become difficult to manage and process, making it challenging to elucidate conclusions. In addition, this immense data acquisition has led to the creation of multiple databases, built without a universal criterion and with the difficulty of interrelation. 

Solution

Universal OMICS approach is the integration of data from differing omic technologies together with clinical, pharmacological and other scientific data to return highly accurate information and interpretation that facilitates clinical, preventive, pharmacological and dietary intervention for the professional and assists the researcher in the identification of new therapeutic targets and the discovery of new molecular mechanisms.