Project Title: Studying normal and malignant human hematopoiesis using an in vivo model of human bone marrow niche
Project Title: Harnessing tumor microenvironment by genetic engineering
Project Title: "Mitochondrial diseases related to mtDNA in childhood: genotype-phenotype correlation and characterization of novel phenotypes"
Project Title: Biomarcatori in tumori solidi
Project Title: Improving outcomes in a mouse model of cardiac arrest and cardiopulmonary resuscitation
Project Title: "Pharmacological modulation of SERCA-phospholamban interaction in the heart"
Project Title: "A nanomedicine approach for theranostic of central nervous system (CNS) diseases"
Project Title: Targeting AML with bispecific CAR-T cells redirected against leukemia cells and the malignant niche
Project Title: The Ascending Regulatory System in cortical excitability modulation: physiological features and implications in sleep-realted pathologies
Project Title: Identification of the targets of the Sox2 trascription factor mediating its function in the maintenance of brain cancer stem cells.
Project Title: Characterization of bone disease in mucopolysaccharidoses and study of neonatal therapy approaches in a MPS I mouse model
Project Title: Integrated Mass Spectometry proteomic-based approaches: new frontiers in clinical diagnostics
Project Title: Isolation and characterization of fetal cells for non-invasive prenatal diagnosis of genetic diseases
Project Title: "Gene correction of CD4oLG gene in Tcells and HSPC for the treatment of X-linked HIGM1"
Project Title: "Prevention of Renal Injury by Nitric Oxide in Prolonged Cardiopulmonary Bypass: A Double Blind Controlled Randomized Clinical Trial in Cardiac Surgical Patients with…
Project Title: Single molecule techniques as innovative tool for nanomedicine drug design
Project Title: "Role of nuclear architecture in cell differentiation"
Project Title: "Immunotherapy by chimeric antigen receptors to target lymphoblastic leukemia"
Project Title: NADPH Oxidases (NOXs) pathways in autoimmune liver diseases: from preclinical models to novel therapeutic targets
Project Title: Finding key players in leukemia-stroma crosstalk as targets for new treatments
Project Title: Studio in vitro ed in vivo della nicchia midollare ottenuta da pazienti con leucemia linfoblastica acuta di tipo B
Project Title: Implication of cell-based mechanosensing in setting and progression of vascular pathology
Project Title: Biological conditions related to frailty and their effect on adult renal stem cells
Project Title: Risposta immunitaria alle infezioni da candida
Project Title: "Functional genomics in mouse models and neural stem cells in vitro: analysis of the interactions of two disease genes in the development of…
Project Title: "Proteomic analysis of urinary fractions to provide new insights into renal diseases"
Project Title: Improving targeted gene editing in hematopoietic stem cells for clinical translation
Project Title: "Mass-spectrometry analysis in glomerulonephritis"
Project Title: Le Canalopatie tra le patologie legate al sistema nervoso
Project Title: Preclinical models and therapeutic strategies fot Ventilatory Induced Dyaphragmatic Dysfunction
Project Title: Suppression of pathogenic: T cell responses by type 1 regulatory T-cells in multiple sclerosis
Project Title: Generation of human neuronal models of Dravet Syndrome
Project Title: Dissecting the role of heterochromatic conformation in cancer
Project Title: Genomic Profiling of Myeloid Malignancies and development of Precision Medicine Strategies Cellular and Molecular Mechanisms
Project Title: Dissecting the role of heterochromatic conformation in age-related sarcopenia and frailty
Project Title: Lentiviral-mediated gene transfer of TCIRG1 to correct osteoclast function in autosomal recessive osteopetrosis.
Project Title: "Non-receptor tyrosine kinase Arg in clear renal cell carcinoma"
Project Title: Epigenetic role of transposable elements in human T lymphocytes identity and plasticity
Project Title: "Exploring the potential of the hematopoietic stem cell niche using a novel in vivo model"