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Welcome to the web page of the
International Bologna Master in Bioinformatics
Laurea Magistrale in Bioinformatics
Faculty of Mathematical, Physical
and Natural Sciences
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contact us by e-mail
The
International Bologna Master in Bioinformatics aims at creating, within
the Bologna process, a European Higher Education Area in Bioinformatics
and at generating knowledge and expertise in specific fields of
Biology, Biotechnology and Medicine in the post-genomic era when it is
necessary to store and retrieve molecular data from specialised data
bases. International Bologna Master in Bioinformatics is a demand for
Bio-logists keen to face the nano-world of Biotechnology with a proper
background and for Computer Scientists keen to model complex biological
phenomena.
In
the post-genomic era it is urgent for the advancement of science and of
technological application to manage billions of biological data in
order to store and retrieve the correct information. Furthermore it is
necessary to improve existing methods and/or alternatively to develop
new ones for the analysis of genes, genomes, polymorphisms and their
correlation to different pathologies. Bioinformatics includes several
applications, as it is evident from the many laboratories that at the
University of Bologna are linked to this training program and willing
to accept students for stage and thesis
Requirements for the Admission
Admission
to the International Bologna Master in Bioinformatics is allowed to
students with a good background either in Bio-logies or in
Computational Sciences. Students will be admitted to one of the two
sub-curricula, one for those with a biological background, and one for
those with a computational background. In any case the students will
share 30 cfu of Bioinformatics-based courses.
The
International Bologna Master in Bioinformatics consists of two years:
in the 1st year all the basics of Informatics, Molecular Biology and
Bioinformatics are taught; in the 2nd year the students are requested
to practice their knowledge in a research field selected among
different ones at the University of Bologna and/or abroad, in Academic
or Industrial laboratories [Erasmus programs are available]. A joint
program with the University Pompeu Fabra and the University of
Barcelona in Barcelona is available to obtain a double title in
Bioinformatics and Bioinformatics for the Health Science
Presently
Biomedical and Biological researches need qualified experts with a
cross-disciplinary expertise, able to manage, generate and contribute
to the rational handling of biological data and their analysis.
Professions such as Bio-data Analyst, Bio-Software Engineer, Biologist,
Bioinformatician, Bio-database Curator and Biotechnologist can benefit
from International Bologna Master in Bioinformatics
The International Bologna Master in Bioinformatics aims, within the Bologna Process to creating a European Higher Education Area in Bioinformatics
What is Bioinformatics? Why do we need it? Which biomedical and nanotechnological applications need Bioinformatics? The
International Bologna Master in Bioinformatics addresses these
questions and aims to generate knowledge and expertise in specific
fields of Biology, Biotechnology and Medicine, where it is fundamental
to refer to and retrieve bio-molecular data stored in Biomedical
Databases. In the post-genomic era it is urgent for the advancement
of science and of technological application to manage billions of
biological data in order to store and retrieve the correct information.
Furthermore it is necessary to improve existing methods or
alternatively to develop new ones for the analysis of genes, genomes,
polymorphisms and their correlation to different pathologies.
Presently Biomedical and Biological researches need qualified experts
with a cross-disciplinary expertise, able to manage, generate and
contribute not only to the rational handling of biological data but
also capable of giving contributions to the incremental development of
existing data bases with the aim of preserving and transmitting all the
richness of information at a molecular level of our and other species.
Bioinformatics includes several applications, as it is evident from the
many laboratories
that at the University of Bologna are linked to this training programme
and are willing to accept students for their practical stage and
writing of the final thesis. The curriculum consists of two years:
in the 1st year all the basics of Informatics and Bioinformatics are
thought; in the 2nd year the students are requested to practice their
knowledge in a research field selected among different ones, with the
aim of integrating wet biology and computation in one of the many
laboratories at the University of Bologna, and/or abroad, where
Bioinformatics is essential for research activities.
Starting the academic year 2007-2008 a joint program with the University Pompeu Fabra and the University of Barcelona in Barcelona is also available to obtain a double title in Bioinformatics and Bioinformatics for the Health Science.
How to enroll to the International Bologna Master in Bioinformatics
To
be admitted to the Master's Degree Course, it is necessary to have a
bachelor degree or obtain one before December 30th 2008. Admission to
the Master's Degree Course in Bioinformatics also requires the
assessment of adequate skills and competences through one's curriculum
vitae:
- If students are
considered to have satisfactory skills and competences according to the
evaluation of their CV, they have immediate access to the Master's
Degree Course.
- If students skills and competences are not
satisfactory according to the evaluation of their CV, they will be
asked to undergo an interview.
- A customize curriculum is also available for part-time students.
- Foreign non-EU students should follow the rules for VISA request (useful links 1, 2).
1st deadline october 15, 2009 2nd deadline december 15, 2009
Download all required information and the "CV_template":
Admission Requirements
CV_template.DOC /
CV_template.PDF
Self-certificate.DOC /
Self-certificate.PDF
Mailing list subscription to the
International Bologna Master in Bioinformatics
The Bologna
Process is an important process of harmonizing various systems of
European higher education that has the objective to create a European
Area of Higher Education and to promote the European system of higher
education on a worldwide scale in order to increase its international
competitiveness.
For more information on Bologna Process
Timetable & room roster I semester
Timetable & room roster II semester
I period: November 10, 2008 - January 31, 2009
II period: March 2, 2009 - June 26, 2009
The curriculum of the Master Degree in Teaching Offer
Bioinformatics consists of two years:
- in the 1st year all the basics of Informatics
and Bioinformatics are taught;
- in the 2nd year the students are requested to
practice their knowledge in a research field
selected among different ones, with the aim of
integrating wet biology and computation in
one of the many laboratories at the University
of Bologna, and/or abroad, where
Bioinformatics is essential for research
activities.
Curriculum for students with a Biological Oriented Bachelor
Biological Oriented Bachelor
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I semester Teaching Plan |
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Elements of Bioinformatics
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5 |
BIO/10 |
Introduction to Computer Science Application
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6 |
INF/01 |
Genes, Proteins and SNPs (C.I.)
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Functional Genomics and Epigenetics
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5 |
BIO/18 |
Genetic Analysis of Human Diseases
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4 |
BIO/18 |
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Bioinformatics for Medical Genetics
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3 |
BIO/18 |
Molecular Anthropology and Human Biodiversity
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6 |
BIO/08 |
II semester Teaching Plan |
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Data Bases and Information Systems
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3 |
INF/01 |
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3 |
BIO/10 |
Algorithms and Data Structures
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5 |
INF/01 |
Applied Bioinformatics (C.I.)
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Laboratory of Bioinformatics I
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6 |
BIO/10 |
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5 |
BIO/10 |
Genome-scale investigation (C.I.)
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5 |
MED/04 |
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3 |
CHIM/01 |
III semester Teaching Plan |
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Laboratory of Bioinformatics II |
6 |
BIO/10 |
In Silico Biology (C.I.) |
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Computational Biology |
3 |
BIO/10 |
Models of Biological Systems |
4 |
FIS/07 |
2 free choice courses |
8 |
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Stage |
13 |
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Final examination |
27 |
- |
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Free choice (8 CFU, 2 Courses)
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Advanced Numerical Methods (MAT/08) |
Bioinformatics for Forensic DNA (BIO/08) |
Bioinformatics for System and Synthetic Biology (BIO/10) |
Biomolecular Simulations (CHIM/02) |
Biophysics (FIS/07) |
Biosensors (ING-INF/01) |
Computational Biochemistry (CHIM/06) |
Dinamics of Complex Systems (FIS/01) |
Drug Design (CHIM/08) |
General Informatics (INF/01) |
Models of Biological Systems II (ING-INF/06) |
Molecular Crystal Engineering (CHIM/03) |
Molecular Immunology (MED/04) |
Molecular Nanotechnologies (CHIM/03) |
Molecular Phylogenesis and Evolution (BIO/05) |
Molecular Recognition (CHIM/03) |
Numerical Calculus (MAT/08) |
Numerical Imaging (MAT/08) |
Numerical Optimization (MAT/08) |
Pharmacogenomics (BIO/14) |
Probability and Statistics (MAT/06) |
Simulation and Virtual Reality (INF/01) |
Soft Computing (INF/01) |
Statistical Mechanics of Complex Systems (MAT/07) |
Theoretical Molecular Biophysics (BIO/10) |
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Curriculum for students with a Computer Science Oriented Bachelor
Computer Science Oriented Bachelor
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I semester Teaching Plan |
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5 |
BIO/10 |
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6 |
CHIM/06 |
Genes, Proteins and SNPs (C.I.)
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Functional Genomics and Epigenetics
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5 |
BIO/18 |
Genetic Analysis of Human Diseases
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4 |
BIO/18 |
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Bioinformatics for Medical Genetics
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3 |
BIO/18 |
Molecular Anthropology and Human Biodiversity
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6 |
BIO/08 |
II semester Teaching Plan |
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Expression Systems and Databases (C.I.)
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Molecular Mechanisms of Gene Expression
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3 |
BIO/18 |
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3 |
BIO/10 |
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5 |
BIO/09 |
Applied Bioinformatics (C.I.)
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Laboratory of Bioinformatics I
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6 |
BIO/10 |
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5 |
BIO/10 |
Genome-scale investigation (C.I.)
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5 |
MED/04 |
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3 |
CHIM/01 |
III semester Teaching Plan |
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Laboratory of Bioinformatics II |
6 |
BIO/10 |
In Silico Biology (C.I.) |
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Computational Biology |
3 |
BIO/10 |
Models of Biological Systems |
4 |
FIS/07 |
2 free choice courses |
8 |
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Stage |
13 |
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Final examination |
27 |
- |
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Free choice (8 CFU, 2 Courses)
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Advanced Numerical Methods (MAT/08) |
Bioinformatics for Forensic DNA (BIO/08) |
Bioinformatics for System and Synthetic Biology (BIO/10) |
Biomolecular Simulations (CHIM/02) |
Biophysics (FIS/07) |
Biosensors (ING-INF/01) |
Computational Biochemistry (CHIM/06) |
Dinamics of Complex Systems (FIS/01) |
Drug Design (CHIM/08) |
General Informatics (INF/01) |
Models of Biological Systems II (ING-INF/06) |
Molecular Crystal Engineering (CHIM/03) |
Molecular Immunology (MED/04) |
Molecular Nanotechnologies (CHIM/03) |
Molecular Phylogenesis and Evolution (BIO/05) |
Molecular Recognition (CHIM/03) |
Numerical Calculus (MAT/08) |
Numerical Imaging (MAT/08) |
Numerical Optimization (MAT/08) |
Pharmacogenomics (BIO/14) |
Probability and Statistics (MAT/06) |
Simulation and Virtual Reality (INF/01) |
Soft Computing (INF/01) |
Statistical Mechanics of Complex Systems (MAT/07) |
Theoretical Molecular Biophysics (BIO/10) |
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Capri M |
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Casadio R |
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Dal Lago U |
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D'Angelo G |
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Donatiello L |
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Fariselli P |
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Luiselli D |
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Maestrini E |
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Martelli PL |
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Monti B |
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Perini G |
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Functional Genomics and Epigenetics |
Roda A |
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Proteomics |
Samorì B |
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Sangiorgi L |
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Bioinformatics for Medical Genetics |
Tasco G |
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Vassura M |
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Workshops Seminars & Conferences
Shanghai Institutes for Biological Sciences
Bologna, December 19, 2008 - 3.00 PM
Via Zamboni, 33
Sala VIII Centanario
Bologna Winter School 2009
Machine Learning and Computational Biology: New paradigms for a new science
Bologna, February 2-6, 2009
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