Director: GIANLUCA DE BELLIS
E-Mail: direzione* itb.cnr.it
Address: Via Fratelli Cervi, 93 - 20090 Segrate (Milan)
Phone: (+39) 02 26422702 - 02 26422708
Fax: (+39) 02 26422770
Sections: Pisa, Rome, Bari
Research area: Biomedicine
Research fields: Human Genome, Medical genomics, Degenerative diseases, Proteomics, molecular oncology, stem cell/cancer stem cell, Bioinformatics and comparative genomics, Immunobiology and cellular differentiation, Epidemiology and medical informatics, Bioinformatics and System Biology for health.
The National Research Council (CNR) is the primary government agency with the task to foster exceptional basic, biomedical and clinical research through intramural and extramural programs. Within the CNR, the National Institute of Biomedical Technologies (ITB) derives from the merge of different institutes and units of the CNR.
The main location of the ITB is in Segrate near Milan at the Advanced Technology Interdisciplinary Laboratory (LITA). This facility hosts various departments of the University of Milan. The ITB campus in Segrate (MI) has over 2500 square meters of laboratories and offices, more that 50 employees. A growing list of institutions around the world collaborate with the ITB in the fields of Omics Technologies, Bioinformatics,stem cell research, oncology, neurodegenerative disorders, human microbiome and Bioethics Strong pre-doctoral and post-doctoral training programs are established at the ITB to create a lasting bridge between academia, medical research and industry with the aim to foster future advancement of new bio-medical technologies.. Examples of extramural collaborations at ITB include education, training and research projects funded by the European Community, the Cariplo Foundation, the Telethon Committee, the Italy- USA Cancer Pharmacogenomics Initiative, the Italian Association for Cancer Research and the M.J. Fox Foundation for Parkinson Research.
The ITB is the largest institute of its kind in Italy and was established to pioneer new types of cross-disciplinary biomedical research by bringing biology, engineering, medicine, and basic sciences together. This is achieved by means of collaborations between industry and basic scientists and clinicians from a broad range of disciplines. One of the most important aims of its research mission is translating fundamental discoveries into new technologies. In 1986 Renato Dulbecco, proposed to the scientific community the sequencing of the human genome. This initiative later became known as the Human Genome Project (HGP), where a broad section of the Institute in collaboration with Renato Dulbecco worked on this project. Since 1986, from the HGP, tremendous technological advances have been made that have important implications in future discoveries in biological and clinical sciences.
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