Working at DG Health Emergency Preparedness and Response Authority (HERA) in the Medical countermeasures unit. HERA is to mission is to prevent, detect, and rapidly respond to health emergencies. Implementation of the Commission communication on addressing medicines shortages in the EU:- HERA co-lead on the European Commission analysis of the supply chain of critical medicines to determine potential vulnerabilities. - Collaboration with EMA in the joint EMA/HERA exercise to monitor of a subset of antibiotics in preparation for the autumn/winter 2023-2024.The Communication puts forward a broad set of short-term and longer-term actions to address shortages of medicines and enhance their security of supply in the EU, by providing predictability and a comprehensive and coordinated approach with stakeholders at EU and global level. The key goals are to prevent or mitigate critical shortages at EU level and to assure a particular focus on the most critical medicines for which security of supply needs to be assured in the EU at all times, in normal times, and in times of crisis.

The Microbiomapping project, aims to provide an up to date overview of the current status related to microbiome analyses: existing offer, standards & references available, legal framework at National and International level, established quality criteria to be met by service providers, etc. Duties:- Contribute to the elaboration and drafting of a JRC Technical Report on the impact of microbiome analyses on human healthcare and well-being. Use of text mining and analytical tools.- Provide support to communicate scientific results via oral and/or poster presentations in project meeting and in the context of European and International scientific workshops and conferences.Certifications, courses followed, conferences attendance:- WHO Global Webinar Series to Support Implementation of National Action Plans on Antimicrobial Resistance (WHO, online 19 May 2022)- ONE Health, Environment, Society conference 2022 (21-24 June 2022, Brussels)

Bacterial stress response, protein folding and Gram-negative bacteria envelope assembly. Thesis title: «New insights into the b-Barrel Assembly Machinery mechanism and its interaction with the stress sensor lipoprotein RcsF in Escherichia coli”. Supervisor: Prof. Jean-François Collet

PhD in Biomedical and Pharmaceutical SciencesBiochemistry and Microbiology departmentThesis title: «New insights into the b-Barrel Assembly Machinery mechanism and its interaction with the stress sensor lipoprotein RcsF in Escherichia coli”. Supervisor: Prof. Jean-François Collet PhD project part of Train2Target, a MSCA ITN funded by Horizon Europe 2020. The consortium was formed by 9 academic groups, 5 enterprises and 3 Industry partners, experts in drug-development. The research project focused on studying the bacterial cell envelope biogenesis and the bacterial stress responses in order to address the challenge of discovering new targets to develop the new generation of antibiotics to fight multi-drug resistant bacteria and the increase of AMR. Received multidisciplinary trainings including trainings in drug discovery and development. Attended multiple conferences in Europe, US and South Africa, communicating the research project to a variety of audiences in different formats (oral, written, TV and radio interviews).

I was granted an Erasmus+ fellowship to perform my master thesis at the Molecular Microbiology research group of Prof. Dr. Jan Tommassen at Utrecht University. My research project focused on studying a novel protein secretion system in Neisseria meningitidis using Escherichia coli as experimental organism.Project title: "Secretion mechanism of Neisseria meningitidis proteins". Techniques: Culturing of Neisseria meningitidis and Escherichia coli; ML-II Biosafety laboratory procedures. Growth assays. Molecular biology, Cloning, PCR. Analysis and expression of recombinant proteins, SDS-PAGE, semi-native SDS-PAGE; Western blotting, Dot blotting, Immunohistochemistry. Fluorescence microscopy.

Project: Glycoconjugates as markers of cellular elements in Lamprey central nervous systemSupervisors: Prof. Dr. Pilar Molist García y Prof. Dr. Manuel Megías Pacheco. Graded 9/10Techniques: Histological procedures, including processing, embedding, cutting with microtomes. Staining of tissue specimens from lamprey. Lectin histochemistry. Conventional ligh microscopy

120 hours of rotations. Support of the Laboratory of Microbiology and Parasitology: diagnosis of Helicobacter pylori. Blood cultures; Microbiological diagnosis of bacterial endocarditis; Respiratory exudates, wounds and body fluids; Anaerobes; Clinical and microbiological diagnosis of sexually transmitted diseases; Environmental Microbiology; Epidemiology and control of hospital infection; Stool ova and parasites test; Mycobacterium tuberculosis detection; Serological diagnosis; Microbial Immunology; Automatic identification systems and testing of antimicrobial susceptibility