Juan Manuel Medina Méndez

  • IBBTEC. C/ Albert Einstein 22, PCTCAN, 39011 Santande​r (Spain)
  • juanmanuel.medina@unican.es
  • 942 206799 ext. 25913
  • Intergenomics
  • Microbiology & Genomics
  • Department of Microbiology & Genomics

Juan Manuel Medina Méndez holds a degree in Biotechnology from the University of León (2016). During his undergraduate studies, he worked as a research associate in the Departments of Immunopathology at IDIVAL (Santander) and Animal Physiology at INDEGSAL (León), where he specialized in cell culture techniques applied to transplantation and in the pharmacodynamics of veterinary antiparasitic drugs. In 2018, he obtained a Master's degree in Bioinformatics from the University of Copenhagen. During his time in Denmark, he worked as a software developer at the Technical University of Denmark (DTU) and later as a bioinformatician in the Human Genomics group at the Faculty of Medicine in Copenhagen, focusing on the study of structural variants associated with cognitive disorders using exome and RNA-seq data. His Master's thesis, carried out in the Molecular Microbiology group at the same university, focused on the analysis of antibiotic resistance genes in microbial communities through metagenomic data and plasmid-host interaction data obtained via Hi-C technology. In 2019, he returned to Spain to work as a bioinformatician at IdISBa (Palma de Mallorca), where he specialized in the detection of structural variants and SNPs associated with congenital heart diseases. Since 2020, he has been pursuing his PhD at the Institute of Biomedicine and Biotechnology of Cantabria (IBBTEC), University of Cantabria, focusing on the metagenomic analysis of metabolic genes in clinical and environmental microbiomes, with special emphasis on their relationship with digestive diseases and the dissemination of conjugative plasmids. His thesis is supervised by Drs. Javier Crespo and Fernando de la Cruz.

​​​​Intergenomics


Research lines

– Evolution and Ecology:

         • Classification of conjugative and mobilizable plasmids based on their relaxase sequences.

         • Conjugative systems of Cyanobacteria and Actinomycetes.  

– Molecular Engines: Protein and DNA transporters across bacterial membranes

– Protein Engineering: Conjugative relaxases as a target for the inhibition of the dissemination of antibiotic resistance.

– Systems Biology


Funding


- Nuevas estrategias para el control de infecciones nosocomiales. INNOECO RTC-2015-3184-1. 

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​ ​“Promover el desarrollo tecnológico, la innovación y una investigación de calidad”


- Plásmidos ortogonales para Biología Sintética y de Sistemas. Ministerio de Educación (BFU2011-26608).

Bacterial Computing with Engineered Populations (BACTOCOM). European Union 7th Framework. Programme, Area Information and Communication Technologies (FP7-ICT-2009-4; Proyecto nº 248919).

- EVOTAR: Evolution and transfer of antibiotic resistance (Project no. 282004). European Union FP7-HEALTH 2011.2.3.1-2.

- Diversidad y distribución de plásmidos de bacterias ácido-lácticas. Acción Integrada Hispano-Serbia. PRI-AIBSE-2011-1186. IP: Fernando de la Cruz

- INGENIERÍA GENÉTICA DE ESCHERICHIA COLI PARA MEJORAR LA PRODUCCIÓN DE LÍPIDOS RICOS EN ÁCIDOS GRASOS OMEGA-3 (TF16-XX-003), cofinanciado por SODERCAN S.A. y el Programa Operativo FEDER



Fernando de la Cruz Calahorra (IP)

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Raúl Fernández López (IP)

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Miguel Baez Martín

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Carlos Díaz Ceballos

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Marina Domínguez Quintero

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Raquel Gutiérrez Lanza

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