During my doctoral training in Molecular Oncology, I experienced a pivotal breakthrough in my scientific career. It was a period filled with complex and exciting challenges that allowed me to grow both personally and professionally. During this time, I had the opportunity to develop a new line of research that continues to be utilized in the laboratory to this day.This developmental process was both enriching and challenging, and I am pleased to share that the outcomes of my work were published in a prominent scientific journal, Molecular Cell Research-Biochimical et Biophysica Acta (BBA-Vol.1868, Issue 4, April 2021). Seeing my research recognized and accepted by the scientific community was a significant achievement and validation of my dedication and effort.Furthermore, my work was selected as a finalist for a prestigious award during a relevant oncology congress, the Lucio Cherny Award in 2020. Though I did not win, the experience of being a finalist was invaluable. Participating in the presentation and defense of my research before experts in the field provided me with a tremendous learning opportunity. I received constructive feedback, exchanged ideas with other distinguished researchers, and strengthened my ability to effectively communicate my findings.These accomplishments—both the publication in a scientific journal and the finalist selection for an award at the congress—reaffirmed my confidence in my capabilities as a scientist and motivated me to continue exploring new areas of research. I learned valuable lessons throughout the process, from time management to the effective presentation of scientific results, and I am grateful for the growth opportunities that arose from these experiences.

During my stay in Rome, I had the opportunity to immerse myself in an exciting project focused on designing DNA-based biosensors for clinical diagnostic applications. Despite my background in Molecular Biology and being Argentine, I was able to make significant contributions to this rapidly evolving field. Working in an international environment allowed me to interact with scientists from various backgrounds, which not only enriched my collaboration skills but also broadened my perspective on scientific research.

During my time at the Italian Liver Foundation in Trieste, I had the privilege of embarking on one of my first professional experiences in Biomedicine and Molecular Biology. This period marked my first international endeavor outside of Argentina and proved to be incredibly enriching in various aspects, both professionally and personally.From a professional standpoint, working at the Italian Liver Foundation allowed me to immerse myself in a highly specialized research environment and collaborate with renowned scientists in the field of Biomedicine. During my stay, I actively contributed to projects focused on liver disease research and the development of new therapies. Working alongside colleagues from diverse nationalities and cultures enabled me to learn from their unique perspectives and broaden my professional horizons. The diversity of ideas and approaches enriched our collaborative work and helped me develop intercultural collaboration skills.

My undergraduate thesis was a significant milestone in my scientific career as it marked my first personal experience in research. I delved into the fascinating field of Cryobiology, exploring organ preservation from a biochemical perspective using animal models, specifically mice. My research focused on finding a preservation solution for anoxic livers from non-living donors to improve transplant outcomes. It was an exciting challenge, and I was motivated by the prospect of contributing to medical advancement. The outcome of my work was a significant finding that characterized a new preservation solution for brain-dead donor livers, aimed at improving the availability and quality of organs for transplant patients. I felt honored to have modestly contributed to the important cause of saving lives through scientific research.

My experience as a teaching assistant in Inorganic Chemistry practicals and my years of teaching private Chemistry lessons have been tremendously beneficial for both my academic and personal development.As a teaching assistant in Inorganic Chemistry practicals, I had the opportunity to work closely with university students, providing them with support and guidance in the laboratory. This experience strengthened my communication skills, as I had to explain complex concepts clearly and guide students through experiments. It also deepened my knowledge in the field of Inorganic Chemistry. Interacting with students and answering their questions expanded my understanding of the subject. I learned how to handle different situations and adapt to the individual needs of students, enhancing my ability to teach effectively.

My first work experience was as an intern at the Chair of Inorganic Chemistry while studying Biotechnology in Rosario, Santa Fe. During an exciting year, I had the opportunity to work on a research project evaluating the capacity of biodegradable adsorbents, such as orange peel, to adsorb Chromium III, a common contaminant in rivers. This experience was extremely enriching both personally and professionally.Firstly, I could apply the theoretical knowledge acquired during my studies to a concrete and relevant project in the fields of inorganic chemistry and biotechnology. It was fascinating to see how concepts learned in the classroom translated into practical and meaningful research. I also gained a deeper understanding of laboratory protocols and safety standards.Another significant benefit of this experience was the opportunity to work as part of a team with other researchers and scientists. I collaborated closely with professors and fellow graduate students, learning from their knowledge and experiences. Constant interaction with them fostered my ability to communicate and collaborate effectively in a scientific environment.Regarding the project's outcomes, we discovered that biodegradable adsorbents, like orange peel, were highly effective in adsorbing Chromium III. This has a significant environmental impact, as Chromium III is a contaminant that adversely affects water quality in rivers. Our work opened up the possibility of using natural and biodegradable materials for contaminant removal, offering a more sustainable and environmentally friendly alternative.