The project focuses on a multi-omic analysis that addresses various aspects related to intracellular calcium remodeling in the context of cancer and neurodegeneration.

This analysis includes:

• Study of breast cancer and central nervous system tumors, using multi-omic approaches to better understand the underlying mechanisms.

• Microbiome analysis in patients with sleep apnea and their susceptibility to cancer, with the aim of identifying potential correlations and biomarkers.

• Research into mitochondrial diseases associated with aging, to explore the role of these diseases in health throughout life.

  
  

In addition, specific objectives are proposed in the field of computational biology, where the following will be carried out:

• Multivariate data analysis from spectral cytometry in inflammatory diseases.

• Application of Big Data and AI for drug and metabolic target design, seeking treatment innovations.

• Design of bioactive molecules focused on metabolic diseases and those associated with aging.

Statistical advice will also be provided to ensure the robustness of the results, including biostatistics applied to the design and analysis of clinical trials related to advanced therapies.

This comprehensive approach will advance our understanding of various pathologies and contribute to the development of new therapeutic strategies.