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Publicaciones Científicas (2025)

  R. Isea* (2025)  «An innovative hybrid approach using quantum computing and genomic data analysis for predictive Covid-19 surveillance «.  Journal of Clinical Practice and Medical Research , Vol1(1), 10. R. Isea* (2025)  « A Proposal for a Cardiac Intelligent Patch that Uses MicroRNAs to Guide the Regeneration of Cardiac Tissues «.   European Journal of Science and Modern Technologies , Vol.1(3),14. R. Isea* (2025). « Extended Bioethics as a Response to Global Biological Consciousness «.   Aceptada . R. Isea* (2025). « Metodología de aprendizaje automático cuántico para la predicción de la actividad inhibitoria de fármacos contra la Covid-19 «.   Aceptada . R. Isea* (2025). « Algoritmo K-NN para la identificación de posibles fármacos contra la COVID-19 «.   Aceptada . R. Isea* (2024) « Newborns’ microRNA expression as potential biomarkers for disease diagnosis «.  International Journal of Neonatology. Vol 1(1), 22 . R. Isea* ...
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A Proposal for a Cardiac Intelligent Patch that Uses MicroRNAs to Guide the Regeneration of Cardiac Tissues

Abstract Developments in biotechnology, nanotechnology, and artificial intelligence (AI) have been playing a significant role in the design of an intelligent cardiac patch. This innovative device aims to offer a solution for future healthcare by offering a dynamic and personalized intervention model for heart disorders. The initial stage in its operation is surgical implantation into a biocompatible hydrogel scaffold that has been pre-seeded with iPSC-cardiomyocytes produced from the patient. In addition, the nanosensors were positioned strategically over the surrounding cardiac tissue continuously monitor its biochemical and physiological properties.  This data is received by an ultra-low-power processing module, which then evaluates it using pre-programmed algorithms.  Finally, there is genuine potential for functional regeneration and a significant improvement in patients' quality of life, further research is required to optimize miRNA processing with complex cassettes, inc...
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First Analytical Solution of Intracellular life Cycle of SARS-CoV-2

  Citation : Raúl Isea, Rafael Mayo-García (2022) First Analytical Solution of Intracellular life Cycle of SARS-CoV-2. Journal of Model Based Research - 1(4):6-12. https://doi.org/10.14302/issn.2643-2811.jmbr-22-4130 PDF:   https://openaccesspub.org/article/1801/jmbr-22-4130.pdf Abstract The goal of this paper is to show that it is possible to obtainan analytical solution of the life cycle of SARS-CoV-2 based on a deterministic model. To do this, this work solved a system of twelve differential equations where we obtained two points of equilibrium. The first critical point corresponds to the initial conditions regarding the virus entry into the cell without replication in the cell, and the second involved one is the process of the transcription and replication of the virus in the infected cell.
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