Bioinformatics

Biography

Biography: Manuel Gea

Abstract

Statement of the Problem: With a 95% failure rate, the Big Pharma R&D model focused on testing new patentable compounds for novel targets based on KOL concepts is not more pertinent for at least 3 reasons: 1) Despite decades of investments in Omics technologies and Systems Biology programs produced few relevant results due to 3 “side effects” and a conceptual mistake: Life mechanisms are complex not complicated! 2) The “mirage” of Artificial Intelligence (AI) that MUST follow rules in a world where humans massively do not. 3) The unreliability of scientific and clinical publications is increasing, and the valuable negative results are not published. Why the transfer of the digital tools and methods does from the internet world to the life sciences R&D world does not work properly. One reason is that the founding basements of the two worlds do not obey the same rules. The challenge is not a question of technologies only, its needs to redefine discovery concepts.
The Future of Systems Medicine: 1) Understanding and validating the mechanisms of a disease/disorder becomes the first objective. 2) Finding the most adapted solutions is a necessary consequence. The Mechanisms-Based Medicine Concept gives the basements to apply CADI™ (Computer Augmented Deductive Intelligence) Discovery that addresses life mechanisms complexity and the unreliability of scientific and clinical publications by combining the strengths of human and artificial intelligences in the right order.
The 5 CADI™ Discovery Principles: 1) Mechanisms-Based Medicine Concept; 2) Architectural Principle; 3) Negative Selection Principle; 4) Steps Validation Principle; 5) Integrated Solutions Principles.
Conclusions: CADI Discovery already led to a world’s first in neurodegenerative diseases, 1 therapeutic spin-off and 1 exclusive our license, 4 issued patents, 10 publications, and 39 CADI™ programs among completed or open for collaboration.

Recent Publications:

1. F Iris F, D Filiou, Ch W Turck (2014) Differential proteomics analyses reveal anxiety-associated molecular and cellular mechanisms in cingulate cortex synapses. American Journal of Psychiatry and Neuroscience 2(3): 25-42.

2. Iris F (2012) Psychiatric systems medicine: closer at hand than anticipated but not with the expected portrait. Pharmacopsychiatry 45 (Suppl. 1): S12–S2.

3. Turck CW, Iris F (2011) Proteome-based pathway modelling of psychiatric disorders. Pharmacopsychiatry 44 (Suppl 1): S54-61.

4. Iris F, Gea M, Lampe PH and Santamaria P (2009) Production and implementation of predictive biological models. Med Sci. 25: 608-16.

5. Iris F, Gea M, Lampe PH and Santamaria P (2009) Production and implementation of predictive biological models. Med Sci. 25: 608-16.