Integrative Drug Discovery: Medicinal Chemistry, Structural Biology, In Silico Methods and beyond
Organizer: Daniela B. B. Trivella
Trainers: Marcos Cunha (CNPEM), Danieli Gonçalves (CNPEM), Raphael Meneghello (CNPEM), Marjorie Bruder (CNPEM), Rafaela Ferreira (UFMG), Thiago Cunha (FMRP/USP).

Daniela B. B. Trivella

Rafaela Salgado Ferreira

Raphael Meneghello

Ana Carolina Migliorini Figueira

Daniel Gedder

Danieli Cristina Gonçalves

Marcos Guilherme da Cunha

Marjorie Bruder
Daniela B. B. Trivella: Coordinator of the Drug Discovery Division of the National Laboratory of Biosciences (LNBio/CNPEM, Campinas, SP). She holds a degree in Biological Sciences (2003) and a Master’s degree in Biotechnology (2006) from the Federal University of Santa Catarina, a PhD in Biomolecular Physical Sciences (2010) from the University of São Paulo, and a Post-Doctorate at the Institute of Chemistry, UNICAMP (2010-2013), at the Scripps Institute of Oceanography of the University of California at San Diego (United States, 2012) and at the Institute of Cell Signaling of the University of Nottingham (England, 2015-2016). Her main research interest is the discovery of new bioactive natural products, allosteric modulators of proteins of pharmaceutical interest and their development into new drugs. She develops new tools for the discovery, characterization and production of new natural products and customized derivatives for drug discovery projects with Academia and Industry.
Description
The short course “Integrative Drug Discovery beyond Chemistry: from Structural Biology to In Silico Methods” is dedicated to early carrier scientists working on medicinal chemistry, structural biology, in silico methods and new approaches that can be integrated to drug discovery pipelines. The short course aims to provide an overview of drug discovery and development, while focusing on the main methods and strategies to progress molecules to conclude the discovery phase. A special focus will be given to structural biology methods, nowadays applied in high throughput, and novel opportunities, provided by in silico methods and 3D in vitro tools, that can speed up the discovery phase and optimize clinical translation.
Target Audience
researchers (pursuing or having a Ph.D. degree) from chemical and/or biological sciences currently working in drug discovery projects.
Number of Available Slots
50 (room Brava).
