Staff

Paride Pelucchi

Ricercatore
E-Mail

paride.pelucchi@cnr.it

PHONE

none

LOCATION

Segrate

ROOM (floor/number)

6/20

I graduated cum laude in Biotechnology in July 2004, and I obtained a PhD in Molecular Medicine (curriculum: Genomics, Proteomics and Related Technologies) in January 2008, both at the University of Milan. Since 2012 I am a researcher of the ITB-CNR. My research is focused on the characterization of genetic and epigenetic networks underlying stem cell properties in physiological context and pathologies, especially for oncological ones (Cancer Stem Cells). The study of stem cell mechanisms has also been applied to somatic reprogramming to Induced Pluripotent Stem Cells (iPSCs), which are used also for disease modelling. In this context were developed complex cell systems (e.g. organoids), which were studied using effective and high-resolution molecular approaches such as single-cell transcriptomics, that I implemented and applied. With extensive skills in both molecular and cellular biology, I developed lentivirus-based systems for the expression modulation or sequence engineering of specific genes and microRNAs and applied them on in vitro disease models. Furthermore, I added epigenetic approaches (ChIP-Seq, ATAC-seq, etc.) to traditional transcriptomics in the characterization of the molecular mechanisms underlying specific pathologies.

Transcriptomic analysis of cancer cells, stem cells, organoids, human and murine tissues in disease models

Sample and library preparation for high-throughput sequencing (bulk, single-cell, small and non-coding RNAs)

Study of molecular and cellular mechanisms in tumorigenesis with a focus on dissecting cellular heterogeneity and interactions within the tumor microenvironment

Study of extracellular vesicles as mediators in cell communication between tumor cells and identification of biomarkers in early diagnosis and therapeutic targets in tumors

Regulation of gene expression by transient or constitutive modulation of genes to provide insights into gene function and therapeutic potential in disease models

Study of neurodevelopmental disorders physiopathology through the generation of patients iPSCs-derived brain organoids as model systems