Juliana Jarussi dos Santos

Master's degree in Analytical and Inorganic Chemistry with an emphasis on Materials Engineering, from the São Carlos Chemistry Institute of the University of São Paulo, in 2024.Graduated with a Bachelor's degree in Chemistry with an emphasis on Materials in 2018 from the São Carlos Institute of Chemistry at the University of São Paulo. During her undergraduate studies, she undertook scientific initiation with a PIBIC scholarship during 2013 - 2014, supervised by Prof. Dr. Elisabete Frollini, in the area of Organic Physical Chemistry, working on the treatment of lignocellulosic fibers with a view to producing fermentable sugars through hydrolysis. CNPq scholarship under the Science Without Borders program (August 2014 to December 2015) - 2 semesters at the University of Ontario - Institute of Technology (UOIT), in Canada, and a 3-month internship at the university as a guest researcher in the Electrochemical Materials Group, under the guidance of PhD Easton Brandon, with a project to develop DMF fuel cells and Pt-based catalysts. From 2016 to 2017, she developed the thematic research project Planning, Synthesis and Trypanosomic Activity of Reversible Covalent Inhibitors of the Enzyme Cruzaine with a FAPESP scientific initiation scholarship in the Medicinal Chemistry study group (Nequimed) at IQSC, under the supervision of supervisor Prof. Dr. Carlos Alberto Montanari and postdoctoral fellow Dr. Daniela De Vita.IQSC Institutional Scholarship for Qualitative Analytical Chemistry in the 2nd semester of 2017.Internship in industry from January 2018 to December 2018 at the multinational 3M do Brasil, in the Purification and Filtration area.He developed his Master's project at the Hybrid and Inorganic Materials Chemistry Group (GQMATHi) under the guidance of Professor Dr. Ubirajara Pereira Rodrigues Filho, with a CNPq institutional scholarship, at IQSC - USP. Her research project focuses on the development of biomimetic hybrid materials via the capture and use of CO2 as a raw material for the production of biomimetic poly(hydroxy)urethanes with antimicrobial potential against fungal pathogens through the addition of Carvacrol, phosphotungstic acid and in-situ synthesis of silver nanoparticles.Scholarship of the Teaching Improvement Program (PAE) in the 2nd semester of 2020, during Masters. (Source: Lattes Curriculum)