Menú
Participate in the World Wide Multi-omics network to identify massive biodata sources contributing to the multi-omics routine diagnostic empowering clinical medical decision making.
Storage, harmony and update to safety integrated massive Multi-omics biodata to approach a standarization system for data exchange.
Facilitate disruptive digital tools to easy integrate multi-omics “know-how” for a better cost-efficiency health care systems management.
Multi-omics Digital Platform Online tool for a better molecular profile understanding. Harmonization, visualization and communication allowing healthcare professionals empowerment, advance health research and medical science.
Interoperability Interoperable solutions, makeing data accesible in an actionable form for exchange and portability multi-omics biodata for better clinical diagnosis treatments.
Personalize precision medicine Multi-omics encompasses many different, heterogeneous and complex data sets. Our challenge is to harness and understand this abundance and diversity of data to produce medical clinical diagnosis benefits tailored to the individual or stratified patient groups.
Interpretation Assets and counselling clinical diagnosis information from Multi-omics biodata interpretation to healthcare professionals and final users.
Artificial Intelligence Machine learning up to Artificial Intelligence solutions, to integrate personalized clinical diagnosis, of biodata from various sources, leading a better diagnostic accuracy, increasing effectiveness and efficiency of treatments.
Blockchain System Guarantee the privacy, security, quality and integrity of Multi-omics biodata based on a global bolckchain network.
Databases selection
Quality control Candidate selection
Clustering analysis Biomarker discovery
Multi-omics friendly dashboard
Biodata Interpretation
It is common to receive, process and send information as fast as possible. What happens when large amounts comes to play? Big data technology provides us with technologies to solve these real time challenges.
Deploying your applications or part of them on a cloud server saves you maintenance costs, you only pay for the time you use it. In addition to benefiting from the services already created by the providers.
As we store more and more data, there is no point in wasting time and money on storing that data without getting productivity out of it. By applying AI models to the tables that are stored, we can draw conclusions and easily interpret the data. In the same way, the data generates questions that have not been asked before and opens up new ways of research.
The biological and social data we share on a daily basis is a great source of information that tells us a lot about ourselves, and therefore dangerous in the hands of others, so making sure it is private and no one has access to it is essential. Blockchain technology ensures the integrity, privacy and access to data, in addition to the potential of decentralized systems, which make your application globally accessible and resilient to the environment changes. For example, we can use blockchain to store the proof of integrity of a medical certificate, so, we have access and can prove its existence and validity across the world.
We can use the Zero Knowledge Proofs protocol to verify answers without revealing the value in question. We could, for example, verify the age of a patient by asking if he is of legal age, without knowing if he is 18 or older. These new cryptographic techniques ensure that the data is 100% in the user’s hands, and only the user can decide what to do with them.
