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University
of Bologna Faculty of Mathematical, Physical and Natural Sciences Faculty of Medicine CIRB INTERDEPARTMENTAL CENTER FOR BIOTECHNOLOGY CIG INTERDEPARTMENTAL CENTER "Luigi Galvani" FOR BIOINFORMATICS, BIOPHYSICS and BIOCOMPLEXITY DEIS DEPARTMENT OF ELECTRONICS, COMPUTER SCIENCE AND SYSTEMS
Organisation: AIRBBC Associazione Italiana per la Ricerca in Biofisica e Biologia Computazionale |
BIOINFORMATICS FOR S&S BIOLOGY New approaches and algorithtms to cope
with the future of Biological Science |
Bologna - Italy |
Biologists for decades have adopted a reductionist approach to investigate the secret of life. In recent years however, thanks to the genome sequencing efforts, new/old disciplines gained prominence with the specific aim of studying at a global scale biological processes in terms of their molecular constituents and their functional interactions. This is the case of Systems Biology, not new in terms of name and definition that presently takes advantage of new technological developments to investigate biological processes at cell, organism or communicative level. Based on high-throughput quantitative measurements, Systems Biology adopts computational modelling, mathematical, control and optimization theories with the purpose of reconstructing cellular systems and their functioning. Even more recently, Synthetic Biology seeks to engineer complex artificial biological systems starting from molecular components to investigate natural biological phenomena for a variety of applications to come. Can Bioinformatics gap the bridge from molecular to multi-level and integrated modelling and be the link among Systems and Synthetic Biology?
The Bologna School will focus on the present state of art of Bioinformatics, from data analysis to their integration and assessment in relation to problems of Systems and Synthetic Biology. The main topics that will be explained and debated are:
• Bionformatics in relation to System and Synthetic Biology
• Genomic networks and their modelling: the state of the art
• Progress in protein structure prediction and protein engineering
• Computational methods for Systems and Synthetic Biology
• Role of Synthetic Biology in the development of new powerful advanced technologies
The frontiers of Structural and Functional Genomics
Data integration, knowledge mining and visualization of systems biology data
High throughput experiments and Data Bases
Modelling the data: towards a reconstruction of biological systems.
Synthetic Biology: putting engineering into biology
Each day four lectures and/or demos will be given to the students.
An open forum for discussion on hot topics will be held
during the round table discussion:
"
Bionanotechnologies
and Nanobiotechnologies for Systems
and Synthetic Biology ".
Students may sign up for short oral presentations during the student's corner.