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The Symbiosis (Evolutionary Genetics) group of the Institute for Integrative Systems Biology (I2Sysbio) is devoted to the study of animal and human microbiome from an evolutionary and systems biology perspective. We are also interested in the study of endosymbiosis and natural minimal cells.

Research lines
  • Evolution of animal symbiosis
  • Human and animal microbiome
  • Synthetic biology and minimal cells

Selected recent publications
  • Dinleyici, M; Pérez-Brocal, V; Arslanoglu, S; Aydemir, O; Sevuk Ozumut, S; Tekin, N; Vandenplas, Y; Moya, A; and Cagri Dinleyici, E. 2024. Composition of microbiota in transient and mature human milk: Significant changes in large for gestational age group. Nutrients 16:208. [URL]
  • Domínguez-Santos, R; Baixeras, J; Moya, A; Latore, A; Gil, R; and García-Ferris, C. 2024. Gut microbiota is not essential for survival and development in Blattella germanica, but affects uric acid storage. Life 14:153. [URL]
  • Falgueras-Cano, J; Falgueras-Cano, J.A; and Moya, A. 2024. The influence of stochastic fluctuations on population dynamics: an in-silico approach. Ecological Modelling 490:110668. [URL]
  • Falgueras-Cano, J; Falgueras-Cano, J.A; and Moya, A. 2024. ECA, a Python tool to study the evolution of life. Software Impacts 20:100633. [URL]
  • García-Gamboa, R; Senés-Guerrero, C; Díaz-Torres, O; Gradilla-Hernández, M.S; Moya, A; Pérez-Brocal, V; García-González, A; and González-Ávila, M. 2024. Associations netween bacterial and fungal communities in the human gut microbiota and their implications for nutritional status and body weight. Scientific Reports 14:5703. [URL]
  • Soria-Villalba, A; Pesantes, N; Jímenez-Hernández, N; Pons, J; Moya, A; and Pérez-Brocal, V. 2024. Comparison of experimental methodologies based on bulk-metagenome and virus-like particle enrichment: pros and cons for representativeness and reproducibility in the study of the fecal human virome. Microorganisms 12:162. [URL]