Muaz Toguslu

• Organized over 30 marketing-oriented exhibitions and social media projects that significantly enhanced the visibility of scientific research within the university community and beyond. • Provided comprehensive scientific support during events, ensuring accurate representation of research findings to diverse audiences. • Collaborated with faculty members to develop promotional materials that highlighted ongoing research initiatives.

• Researched and successfully produced over 20 innovative artificial cell systems utilizing actin/myosin networks and GUV technology to enhance understanding of cellular mechanics in laboratory settings. • Developed advanced proficiency in data analysis and Python programming by analyzing more than 250 experimental datasets, leading to significant insights into cellular behavior and system performance. • Collaborated with a multidisciplinary team to streamline laboratory processes

• Conducted in-depth research on genomic instability and cellular aging mechanisms using next-generation sequencing (NGS) techniques, contributing to a deeper understanding of genetic diseases affecting patient populations. • Analyzed data from multiple experiments focusing on rare congenital syndromes, leading to insights that could inform the development of targeted genome editing therapies for affected individuals. • Employed PCR to validate findings from NGS, ensuring accuracy in the research outcomes.

• Designed and developed 9 novel biocompatible photoactuators that demonstrated significant potential for use in drug delivery systems, enhancing the scope of biomolecular applications. • Performed comprehensive NMR and mass spectroscopy analyses on synthesized compounds, accurately characterizing molecular structures to support ongoing research initiatives. • Collaborated with a multidisciplinary team to troubleshoot experimental challenges.

• Developed innovative product claims for ice cream and tea products representing 65% of the portfolio by leveraging neuromarketing principles based on extensive R&D findings, boosting brand recognition significantly. • Updated four existing product claims by analyzing market trends and consumer behavior, leading to an enhanced competitive positioning within the FMCG sector across diverse markets in the Middle East.

All aspects of chemistry can be explored by students in the Master course in chemistry in Göttingen. The course is strongly research-oriented and offers a perfect foundation for a PhD. A study course with a largely individual focus can be put together from the wide portfolio of teaching courses. They reach from a wider overview of chemistry to a specific emphasis e.g. in organic chemistry or methodological problems.

Top-rank university in Turkey. The research areas most active in the department are bioanalytical, computational, electro-analytical, and medicinal chemistry, nanomaterials, natural products, organic chemistry, physical chemistry, polymer science, and supramolecular chemistry. The focal points of research within these areas are applications of computational chemistry in organic and coordination compounds, biomaterials, biomolecular simulations and enzymatic mechanisms, biosensors, drug delivery