Marco A. Z. Arruda is a Full Professor at the Department of Analytical Chemistry, University of Campinas—Unicamp (Campinas, Brazil); head of the Department of Analytical Chemistry, Institute of Chemistry—Unicamp; head of the Sample preparation, spectrometry and mechanization group—GEPAM; and a member of the advisory board of the National Institute of Science and Technology—INCT for Bioanalitics. Additionally, he acted as an invited professor at Pau University, Pau, France, and also at the University of the Balearic Islands, Palma, Mallorca, Spain. He is a member of the advisory board of the Brazilian Mass Spectrometry Society (BrMASS) and Brazilian Chemistry Association (ABQ), and he is the coordinator of the inorganic mass spectrometry area of the BrMASS. His current research interests include trans-disciplinary work involving speciation analysis and comparative omics of plants (i.e., soybean, sunflower, Arabidopsis Thaliana) and human body fluids (i.e., blood serum, urine, saliva) to identify possible biomarkers for transgenic species and human diseases, as well as to evaluate reactive oxygen species production, and (metallo)proteins' responses under stress in a given system.
Marco A. Z. Arruda is a Full Professor at the Department of Analytical Chemistry, University of Campinas—Unicamp (Campinas, Brazil); head of the Department of Analytical Chemistry, Institute of Chemistry—Unicamp; head of the Sample preparation, spectrometry and mechanization group—GEPAM; and a member of the advisory board of the National Institute of Science and Technology—INCT for Bioanalitics. Additionally, he acted as an invited professor at Pau University, Pau, France, and also at the University of the Balearic Islands, Palma, Mallorca, Spain. He is a member of the advisory board of the Brazilian Mass Spectrometry Society (BrMASS) and Brazilian Chemistry Association (ABQ), and he is the coordinator of the inorganic mass spectrometry area of the BrMASS. His current research interests include trans-disciplinary work involving speciation analysis and comparative omics of plants (i.e., soybean, sunflower, Arabidopsis Thaliana) and human body fluids (i.e., blood serum, urine, saliva) to identify possible biomarkers for transgenic species and human diseases, as well as to evaluate reactive oxygen species production, and (metallo)proteins' responses under stress in a given system.