Research & Philosophy
Synthesis at the intersection of inspiration, innovation and human health
Synthesis of Complex Molecules
Nature-inspired organic synthesis
Nature has already undertaken the task of designing the most fascinating and useful chemical structures for life through evolution. It is therefore up to us, as chemists, to develop innovative ways to transform what we know into something better for the benefit of humanity. In this context, this research group aims to advance organic synthesis by drawing inspiration from nature, through the synthesis of complex molecules, particularly those with proven or potential pharmacological activity. Inherent to this endeavor, the development of new synthetic methodologies and the invention of new reagents are also central objectives of this proposal.
Medicinal Chemistry: Neurodegenerative Diseases & Neuropsychiatric Disorders
Novel therapeutic agents for unmet medical needs
The increasing burden of neurodegenerative diseases and neuropsychiatric disorders, which already significantly impact public health, urgently demands the development of more effective, innovative, and accessible therapies in the field of mental health. In particular, Alzheimer’s disease — one of the leading neurodegenerative conditions — is projected to affect 157 million people worldwide by 2050. Similarly, neuropsychiatric disorders such as depression have become an increasingly complex challenge in modern society. Given this scenario, and considering that there are still no fully effective treatments or cures for these conditions, this group aims to design and develop novel chemical entities, grounded in the principles of medicinal chemistry and drug design, to serve as chemotherapeutic prototypes for these diseases.
Scientific Philosophy
Philosophy of Science
“Enjoy the Ride — the synthesis of complex molecules is an art form that demands curiosity, persistence, and imagination.”
This philosophy, written on the fume hood glass of the UNICAMP laboratory, reflects the spirit that drives every project in our group. We believe that the most impactful science emerges from rigorous methodology combined with creative thinking.
“Training the next generation of chemists is as important as the discoveries themselves.”
We are committed to training rigorous, independent, and capable professionals. Students in our group receive close mentoring and are expected to develop experimental and theoretical skills that prepare them for careers at the frontier of science.