PhD fellowship in characterization and validation of fluorescent compounds for use in phototherapies

This PhD fellowship focuses on the characterization and validation of fluorescent compounds intended for use in phototherapies. Candidates should possess a strong background in chemistry, biochemistry, or related fields, with a particular emphasis on fluorescence properties and photophysical characterization techniques. Expertise in spectroscopic methods such as fluorescence spectroscopy, UV-Vis absorption, and possibly time-resolved fluorescence measurements is essential. The role likely involves experimental design, synthesis or handling of fluorescent compounds, and evaluation of their efficacy and stability under phototherapeutic conditions. Familiarity with phototherapy applications, including understanding light-matter interactions and biological effects of photodynamic or photothermal treatments, will be advantageous. Analytical skills to validate compound performance, including data analysis and interpretation, are critical. Experience with cell culture or biological assays to assess compound biocompatibility and therapeutic potential may also be relevant. Strong scientific communication skills for reporting results and collaborating within interdisciplinary teams are important. While specific experience and education levels are not detailed, the position requires advanced academic training and research aptitude consistent with doctoral-level studies in physical chemistry, chemical biology, or biomedical engineering.