Mattia Arboit Email & Phone Number

Verona, Veneto, Italia

As an In Vitro Biology Senior Scientist at Evotec, I lead and coordinate biochemical activities within interdisciplinary drug discovery and development projects across diverse therapeutic areas. My responsibilities include defining scientific proposals, designing, and establishing biochemical assays for target binding, enzymatic activity, and receptor modulation using both radiometric and fluorescence-based approaches in cell-based and cell-free systems. Operating within the extensive framework of In Vitro Biology, I focus on strategic planning, data-driven decision-making, collaboration across various scientific disciplines, and effective client communication to achieve project goals.

Padova, Veneto, Italia

As an ERC-funded Postdoctoral Researcher, I led a project aimed at developing a computational model to predict novel strategies for human induced pluripotent stem cell generation. My work encompassed extensive wet lab activities, including cell culture of human cell lines and somatic cell reprogramming via mRNA transfection in microfluidic devices. I specialized in high-throughput data analysis, such as single-cell RNA-seq, bulk RNA-seq, and Microarray. My role emphasized the integration of experimental and computational approaches to advance our understanding and innovation in stem cell research. Additionally, I contributed to research projects on pluripotent stem cells, cellular metabolism, mechanotransduction, and Huntington's disease.

Padova, Veneto, Italia

As a Ph.D. Researcher, I led a project focused on generating computational models to reconstruct the human pluripotency network. My work included conducting molecular and biological experiments with human cell lines using various techniques. I developed proficiency in the statistical analysis of biological datasets using R, bridging computational modeling, wet lab experimentation, and data analysis. My role emphasized integrating these diverse skill sets to advance our understanding of human pluripotent stem cells. Additionally, I contributed to other projects within the pluripotent stem cells field.

Padova, Veneto, Italia

As postgraduate fellow in the laboratory of Stem Cells, Department of Molecular Medicine, University of Padua I collaborated in a project focused on dissecting the molecular mechanisms controlling human Pluripotent Stem Cells behavior.

Undergraduate student in the laboratory of Stem Cells, Department of Molecular Medicine, University of Padua. The study was focused on the study of the role of TGF-beta pathway in the maintenance of human pluripotency.

Feltre, Veneto, Italia

Worked in the chemical analytical laboratory of Santa Maria del Prato hospital performing molecular and phenotypical assays for the identification of bacteria and characterization of antibiotic resistances from patient specimen.

Doctor Of Philosophy - Phd, Molecular Medicine

Curriculum: Regenerative Medicine Dissertation title: “A computational approach for reconstruction of the human pluripotency gene.

Master'S Degree, Medical Biotechnologies

Dissertation title: “Development of a computational and experimental approach for reconstruction of the human pluripotency network”.

Bachelor'S Degree, Biomolecular Sciences And Technology

Dissertation title: “Carbapenemases screening: diagnostic application of a direct molecular assay” Supervisor: Prof. Olivier Jousson.