Master's Degree in Molecular Biology in Rome in Italy

View Masters Programs in Molecular Biology 2017 in Rome in Italy

Molecular Biology

Master-level studies involve specialized study in a field of research or an area of professional practice. Earning a master’s degree demonstrates a higher level of mastery of the subject. Earning a master’s degree can take anywhere from a year to three or four years. Before you can graduate, you usually must write and defend a thesis, a long paper that is the culmination of your specialized research.

Master Programme in Molecular Biology will result in a wide-ranging knowledge and understanding of the field of molecular biology. Graduates are prepared for careers in several aspects related to molecular cell biology, biomedical research and biotechnology.

Italy, officially the Italian Republic, is a unitary parliamentary republic within the European Union, located in Southern Europe. To the north, it borders France, Switzerland, Austria, and Slovenia along the Alps.

For those who are interested in studying in a capital city with a rich heritage, Rome is the right place. It has distinctive universities such as the University of Rome that provides degree programs in a variety of disciplines like history and Engineering. This city is peaceful and ideal to live.

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Masters Programme in Genetics and Molecular Biology

Sapienza University of Rome
Campus Full time 2 years October 2017 Italy Rome

The Masters Programme in Genetics and Molecular Biology will provide students with the theoretical and practical preparation necessary to manage bio-molecular research (basic and applied to biomedicine). [+]

Masters in Molecular Biology in Rome in Italy. The Masters Programme in Genetics and Molecular Biology will provide students with the theoretical and practical preparation necessary to manage bio-molecular research (basic and applied to biomedicine). The programme focuses on individual student progress and their understanding of scientific issues and experimental strategies that are relevant to the programme objectives, as well as the final student thesis, which must be based on original experimental work, in coordination with a department professor. Learning Outcomes Advanced knowledge of unicellular and multicellular organisms that can be used as model systems for the study of the basic mechanisms of gene expression or more complex processes such as cellular development, differentiation and transformation; Acquisition of relevant concepts and methodologies, especially in terms of gene studies related to complex processes and the study of human populations; Advanced knowledge of the molecular basis of the main processes involved in the regulation of the structure and function of nucleic acids and proteins; Understanding of basic methodologies for the study and manipulation of biological macro-molecules; Ability to develop and improve basic methodologies that may be applied to research in biomedical and biotechnological research; Understanding of genetic and molecular concepts applied to the diagnosis and cure of genetic diseases; Ability to identify the biological processes underlying the basic physiopathology of organs and systems and their modulation, especially in mankind. [-]