Published on June 14, 2021 Updated on February 24, 2022

Leandro Soter



Dr. Leandro Soter de Mariz e Miranda graduated in Pharmaceutical Sciences at the Federal University of Rio de Janeiro (UFRJ). In 2007 he obtained his PhD at the same University working on the organic synthesis of natural products under the supervision of Dr. Mário Vasconcellos. After receiving his PhD Dr. de Mariz e Miranda worked at the Research and Development laboratories at a nucleoside specialized pharmochemical industry in Brazil on the development and scaling up new synthetic routes for the synthesis of fluorinated nucleosides. By the year of 2011 he joined the chemistry institute at  the Federal University of Rio de Janeiro  as an associate  professor of the Organic Chemistry Department. His research interest at the Biocatalysis and Organic Synthesis Laboratory at UFRJ includes the synthesis of new nucleosides sacafolds, continuous-flow chemistry and Biocatalysis. He is author of more than 80 papers and is scientific peer reviewer of high impact international journals.

For his scientifique work he is an affiliate member of the Brazilian Academy of Sciences.

Research Project

Nucleosides, as thier phosphate derivatives, the nucleotides, are a class of molecules that are important in many cellular processes such as storage, transcription and tranlation of genetic information. The development of analogues able to interfere in those processes allowed, over the last decades, the development of molecules that are now  approved drugs for the treatament of some kinds of cancer and viruses. However, among all those nucleoside  analogues approved as antivirals, only one is able to inhibit the viral RNA-dependent RNA-polymerase (RdRp) present in virus containing  RNA genome, more specifically the RdRp from the hepatitis C virus. Other important diseases promoted by RNA containing viruses such as Dengue, Zika and the new SARS-CoV-2 are still without any approved treatment. The proposed project, includes the synthesis of new ribonucleoside structures based on 1,2,3-Triazoyl-C-Ribosides in order to obtain new molecules with potential as lead compounds against cancer and/or emerging RNA-viruses. Additionally the project will allow the reciprocal internalization of the expertise developed independently by the research groups involved.