Biomedical sciences
The Department of Biomedical Sciences manages the research activity in Biology, Medicine and Public Health. It provides technologies and services to both the public and the private area, with the purpose of promoting knowledge on the fundamental mechanism governing physiological and pathological aspects in living organism, starting from basic research in life sciences to the study of human diseases and of innovative therapeutic interventions. The ultimate aim is to explore new opportunities for ameliorating the health of mankind.
The fundamental activities regard oncology, neurodegenerative diseases, cardiovascular and pulmonary diseases, immunology and infectious diseases, epidemiology and health care research, Biology and biomedical technologies. In these areas, some technologies have been developed and they have found a wider use in the different benchmark areas: proteomics, pharmacogenomics, advanced calculus in bioinformatics and system biology, robotic systems for the limbs’ rehabilitation, molecular diagnostics and imaging.
Download the Department brochure - Department video (Italian version).
The secret code of neurons: how birth memory shapes the brain
A molecular cell atlas of the developing Drosophila nerve cord reveals a timestamp hidden within neurons which helps explain how complex circuits are built. The research, published on Nature, was made by a joint Italy-Uk team, which involved Cnr-In researcher Erika Donà
The FIS grant scheme has funded two research projects of Cnr - Istituto di Struttura della Materia
The Italian Science Fund (FIS) has funded two research projects of Cnr - Istituto di Struttura della Materia: "ASTRAL" and "ATPIC"
Transparent nanowires and 3D optical imaging to reveal in-vitro the native morphology of brain cells
Researchers from the Cnr-Imm in Rome and Cnr-Isof in Bologna, together with colleagues from the Department of Mechanical Engineering at Johns Hopkins University in Baltimore (USA), have demonstrated that combining transparent nanomaterials with advanced light imaging techniques enables to explore in-vitro the native morphology of the brain cells