My name is Flor María Pérez Campo. I hold a Ph.D. in Physiology, Biochemistry, and Genetics of Microorganisms. Currently, I am a lecturer at the University of Cantabria, affiliated with the Department of Molecular Biology in the Faculty of Medicine. As a molecular biologist and biochemist, my research focuses on understanding the molecular mechanisms underlying various diseases, with a particular emphasis on bone regeneration and stem cell biology. My work aims to unravel the complex interactions between genetic and epigenetic factors that influence cellular behavior and disease progression. I am deeply motivated by the potential of my research to contribute to the development of novel therapeutic strategies for regenerative medicine. What differentiates me from others in my field is my interdisciplinary approach, combining molecular biology, biochemistry, and genetics to address complex biomedical challenges. I have a strong track record of collaborative research, both nationally and internationally, which has allowed me to integrate diverse perspectives and methodologies into my work. This collaborative spirit, coupled with a commitment to translational research, ensures that my findings have a direct impact on clinical practices and patient outcomes. My dedication to mentoring the next generation of scientists further amplifies my influence in the field, fostering a collaborative and innovative research environment. Throughout my career, I have published 39 scientific articles, including three book chapters, with 34 articles indexed in the Journal Citation Reports (JCR). Of these, 12 are in Q1 journals and six in D1 journals. My work has garnered a total of 1,373 citations, with 703 since 2018, reflecting an H-index of 17 and an i10-index of 21. I have delivered multiple speeches at international academic conferences, contributing significantly to the global discourse in molecular biology and regenerative medicine. My contributions have been recognised with several awards, and I am an active member of professional associations, including the Spanish Society for Biochemistry and Molecular Biology (SEBBM) and the European Society of Human Genetics (ESHG). My research has also been cited in prestigious journals like Nature Reviews, underscoring the impact and relevance of my work in the scientific community. In addition to my research publications, I have actively contributed to the academic community through peer review and editorial work. I have reviewed numerous manuscripts for high-impact journals, providing constructive feedback to uphold the integrity and quality of scientific publications. My editorial contributions include writing several editorials for reputable academic journals, where I have highlighted emerging trends and critical advancements in molecular biology and regenerative medicine. These roles not only underscore my expertise but also demonstrate my commitment to advancing the field by supporting the dissemination of high-quality research. My long-term research goals are focused on advancing the fields of molecular biology and regenerative medicine, particularly in understanding the molecular mechanisms of bone regeneration and developing innovative therapeutic strategies. I aim to continue exploring the potential of stem cell-derived secretomes and gene silencing techniques to enhance tissue repair and regeneration. Additionally, I am committed to fostering a collaborative research environment that bridges basic science and clinical applications, ensuring that my findings translate into tangible benefits for patients. My ultimate objective is to contribute to the development of effective treatments for degenerative diseases and improve patient outcomes through cutting-edge research and interdisciplinary collaboration. I possess a diverse set of professional skills and expertise essential for a successful career in academia and research. My active listening skills and effective communication enable me to engage with colleagues, students, and collaborators constructively. My interpersonal skills foster a collaborative and supportive research environment. I demonstrate strong leadership and mentoring abilities, guiding junior researchers and students to achieve their academic and professional goals. My management skills ensure the efficient operation of research projects and laboratory activities, while my problem-solving skills allow me to address complex research challenges innovatively and effectively. These skills collectively enhance my ability to contribute significantly to the field of molecular biology and regenerative medicine. In my leisure time, I enjoy hiking, watching movies, and participating in community outreach programs related to science education. These activities not only provide a balance to my professional life but also keep me engaged with the broader community.