I am Maša Ždralević, Ph.D. in Biochemistry and Molecular Biology, currently an Assistant Research Professor at the Institute for Advanced Studies in Biomedicine, University of Montenegro. As a researcher in cancer biology, my work centers on understanding how cellular metabolism and molecular signaling drive cancer progression, with a particular focus on colorectal cancer. I study deregulation in metabolic pathways and microRNA (miRNA) profiles to uncover novel biomarkers for early diagnosis and personalized treatment strategies. My dedication to this field is driven by the need for improved diagnostics and therapeutics that can enhance survival rates and quality of life for cancer patients, particularly in regions where access to advanced molecular tools remains limited. What sets my work apart is a translational approach that bridges laboratory findings with clinical application. I have developed and led several specialized labs at the University of Montenegro, equipping local researchers with advanced techniques typically limited to larger research hubs. This hands-on experience in foundational lab creation, combined with a global network of collaborators, allows me to bring unique research opportunities to the academic community in Montenegro and beyond. Through my efforts, I aim to contribute meaningfully to the fields of cancer biology and molecular medicine, fostering a local research ecosystem that connects emerging scientific knowledge with direct patient impact. I have authored numerous impactful research articles in cancer biology, serving as first or corresponding author in 13 peer-reviewed publications in high-quality academic journals, such as Seminars in Cancer Biology, Journal of Biological Chemistry, and Scientific Reports. My work has garnered significant attention in the field, reflected in 1,226 citations and a Google Scholar H-index of 16. My research has been presented at more than 20 international academic conferences, where I delivered either oral or poster presentations. I have received several awards, including the University of Montenegro’s award for outstanding scientific contribution (2023) and the Montenegrin Academy of Sciences and Arts' award for young scientists (2019). I am a national delegate to the European Strategy Forum on Research Infrastructures (ESFRI) and serve on the Horizon Europe Program Committee for Health. In addition to my research contributions, I actively participate in the peer-review process, having reviewed over 40 manuscripts for several high-impact academic journals, such as FEBS journal, BBA Molecular Cell Research, and Plos One. My expertise is also recognized through my membership on the editorial boards of respected journals, including Oncology Reports, Technology in Cancer Research and Treatment, and Medicine International. As a guest editor, I have curated two special issues, including “Mitochondrial Research: Yeast and Human Cells as Models” for the International Journal of Molecular Sciences, which had two editions, and “Immunometabolism and Therapeutic Targeting of Aggressive Cancers” for Frontiers in Oncology. I co-authored three editorials, focus on emerging areas within cancer metabolism and mitochondrial research. My personal and professional goals center on advancing cancer diagnostics and therapeutics, with a focus on colorectal cancer and metabolic reprogramming in cancer cells. I am dedicated to uncovering novel biomarkers, particularly miRNAs, and exploring how cellular metabolism influences tumor progression and treatment resistance. By integrating these fields, my aim is to enhance early diagnostic tools and develop more effective, personalized therapies that can significantly improve patient outcomes. In the long term, I seek to bridge scientific research with clinical applications, ensuring that discoveries in molecular biology translate into accessible, practical solutions for cancer patients, particularly in regions with limited resources. I am also passionate about expanding research infrastructure and educational opportunities in Montenegro, fostering a new generation of scientists skilled in advanced molecular techniques. Through my work, I hope to contribute meaningfully to the fields of cancer biology, translational medicine, and molecular diagnostics, ultimately helping to make precision oncology an achievable goal worldwide. My professional skill set is rooted in effective communication, leadership, and mentoring, which enable me to build productive, collaborative research environments. Active listening and communication skills allow me to engage effectively with diverse teams, fostering open dialogue and understanding across disciplines. These skills also support my role as a mentor, where I guide PhD students and junior researchers, helping them develop strong technical skills and encouraging independent thinking. As a leader, I apply interpersonal skills to create inclusive, supportive environments, enabling my team to thrive in complex research projects. I have strong management skills from overseeing multiple labs, where I coordinate research activities, manage budgets, and ensure compliance with research protocols. My problem-solving abilities are critical in navigating experimental challenges, adapting methodologies, and driving research to meaningful conclusions. These skills collectively allow me to lead successful, high-impact research projects, balancing scientific rigor with a supportive, empowering approach to team development and innovation. I enjoy reading, swimming, cycling, walking, and playing piano and saxophone.