Research Focus
Victoria Chaoul’s research centers on the intersection of molecular neuroscience, behavioral analysis, and neurodegeneration. Her work has spanned the development of rodent and zebrafish models to simulate neurological disorders such as CLN6 disease, diabetic cardiomyopathy, and traumatic brain injury. Victoria’s scientific vision is rooted in understanding the pathways of neuronal regeneration, memory deficits, and emotional behavior. She has a strong command of in vivo experimentation, confocal imaging, immunohistochemistry, and transcriptomics, making her research both integrative and translational. Her focus on apoptosis assays, lysosomal storage clearance, and cAMP signaling has revealed novel therapeutic targets. Victoria is particularly interested in drug discovery using both natural compounds (e.g., saffron) and pharmacological derivatives. Her ability to interpret behavioral phenotypes through advanced software like EthoVision and ANY-maze further deepens her research. She aims to contribute to precision medicine by identifying bio-behavioral markers and developing effective treatments for complex brain disorders.
🏅 Awards and Honors
Victoria Chaoul’s academic contributions have been recognized through multiple national and international platforms. She presented her cutting-edge research at the 11th and 10th Annual AUB Biomedical Research Days (2025, 2023), showcasing advancements in neurodegenerative and behavioral neuroscience. Her international presence includes her participation at the 18th International Congress on Neuronal Ceroid Lipofuscinosis (2023, Hamburg), reflecting her contribution to rare neurological disease models. She also attended the International Brain Research Organization (IBRO) Conference in 2020, hosted by AUB. Victoria’s poster on zebrafish models of traumatic brain injury earned accolades at the 9th International Meeting on Oncology, Immunology, and Cancer Biology (2019). Her honors reflect not only academic excellence but also her dedication to translational neuroscience. As a former Scout Leader (2008–2016), she received community recognition for environmental restoration efforts and youth mentorship. These honors collectively highlight her leadership, innovation, and commitment to science and service.
🛠️ Skills
Victoria Chaoul possesses a diverse skill set in experimental neuroscience. Her laboratory skills include DNA/RNA extraction, PCR/qRT-PCR, cell culturing (fibroblasts & iPSCs), Western blotting, microarray analysis, and tissue embedding/sectioning. She is proficient in behavioral assessments using zebrafish and mice, with expertise in designing novel paradigms for memory and anxiety. Her software proficiency includes Microsoft Office, GraphPad Prism, ImageJ, Image Lab, SPSS, EthoVision, ANY-maze, EndNote, and Partek Genomics Suite. She is multilingual, fluent in Arabic (native), English (advanced)—TOEFL iBT certified, and French (upper-intermediate)—Delf B2 certified. Victoria is also experienced in mentorship and team leadership, having trained students and led community teams as a scout leader. Her interpersonal skills foster collaboration, data-driven decision-making, and effective science communication. Her passion for problem-solving, paired with meticulous documentation and data analysis, supports her ongoing commitment to neuroscience advancement in academic and clinical settings.
Conclusion
Victoria Chaoul is a strong and compelling candidate for the Best Researcher Award. Her multidimensional expertise in neuroscience, paired with her dedication to collaboration, innovation, and scientific communication, makes her an excellent contender. With further progression into doctoral research and leadership roles, she is poised to become a leading figure in biomedical research.