Master's Program in Molecular Biology

Present-day molecular biologists now have at their disposal an extensive molecular toolbox capable of taking on and answering most biological problems. If your wish is to enter a master program that is at the forefront of presenting exciting scientific discoveries, the master program in Molecular Biology at Umeå University is for you.The master program in Molecular biology, Umeå, is an advanced 2-year 120 ECTS credit education. It is guaranteed to train in a wide variety of tools necessary for state-of-the-art molecular biology research. Our courses typically include lectures and group discussions as well as seminars, report writing, data production and analysis exercises. To maximize your educational experience, training is purposely held in small class sizes and are lead by internationally distinguished scientists. The majority of the courses place an important emphasis on relevant hands-on experimental training in modern molecular techniques. The curriculum includes advanced courses in Molecular biology and Molecular genetics and several optional courses within related disciplines such as Biochemistry, Plant molecular biology, Infection biology and Tumour biology.Another notable feature of this program is the opportunity to perform an extended phase of intense and strategic theoretical and practical training in an active research laboratory of your own choosing. This training in the form of master thesis projects in molecular biology provides the necessary knowledge to graduate from the program. Projects are generally conducted in a local research group at Umeå University, such as those found at the departments of Molecular biology, Chemistry or Plant... [-]

Are you looking to broaden your career options in the field of bioscience? Would you like to gain professional experience while studying? Do you want a course that meets industry needs and has been rated ‘top program’ for 5 years running? Then take your science career to the next level by studying Molecular Life Sciences at HAN University of Applied Sciences.

Location: Nijmegen Duration: 2 years Degree: Master of Science Course start: September

Biotechnology uses living systems and organisms to develop or make products for agriculture, medicine, and industry. As an expert in this field, you usually work in a lab setting in fundamental research and/or quality control. By raising your qualifications to a Master's level, you expand your job opportunities to include positions with higher-level responsibility. This means you have the skills to independently plan, organize and execute projects, devise experimental strategies and write scientific documents. Moreover, you are able to oversee the organizational and interpersonal aspects of your projects. These are valuable skills that employers look for.... [-]

The MRes Molecular Bioscience programme provides a thorough understanding of key approaches for studying biological processes at the molecular level. It takes advantage of XJTLU’s advanced English language capabilities, distinctive international features and state-of-the-art research facilities.

The programme covers biotechnology-related topics such as molecular biology, protein biochemistry and drug discovery, as well as post-genomic biology (genomics, transcriptomics, proteomics and bioimaging), and bioinformatics, such as acquisition and statistical analysis of large-scale biodata. It also places a major emphasis on providing project management skills. After these taught modules, the programme focuses on an in-depth research project and specialised dissertation.... [-]

The program is a unique collaboration between Karolinska Institutet, KTH Royal Institute of Technology and Stockholm University, in the environment of Science for Life Laboratory, Stockholm. The students will receive a comprehensive education in life science emphasizing cutting-edge methods in the bioinformatic analysis of big data, combined with state-of-the-art techniques used in modern "high throughput" molecular biology and how to translate biological findings into diagnostic tools and novel treatments.

Program presentation

This two-year Master’s program is delivered by a team of teachers who are internationally recognized researchers in their respective disciplines to ensure a relevant curriculum at the research forefront. The program consists of courses aiming to give a solid education in a combination of molecular biology, biotechnology, and medicine with a focus on high-throughput biology and analysis of big data for translation of biological findings from lab bench to patient bedside. The education also aims to develop skills and abilities essential to the professional career –including oral and written presentation, team working skills, and how to make ethical and societal considerations about life science-related issues, all of which important for the ability to lead projects in academy and industry.... [-]

Both basic and applied biomedical research have an increasing demand for modern interdisciplinary approaches. The Master program in Molecular Biotechnology at the University of Torino meets these challenges in an innovative way by combining the fields of Molecular Biology, Molecular Imaging and Drug Discovery, and Bioinformatics. The interdisciplinary character of the program allows students to specialize according to their interests and prepares them for a scientific career in one of the many branches of Life Sciences.

The main focus of this program is on practical experience, which the students gain during several internships. Students spend most of their formative curriculum attending the experimental work in a research laboratory that may lead to scientific publications. Lectures and seminars offered by the University of Torino are part of the formative track.... [-]

The Master's program in Molecular and Medical Biotechnology trains experts with high levels of proficiency able to plan and lead analysis and research activities, experimental and technological research, research and development in biotechnology, with particular reference to the biomedical field. The specific objectives aim to provide the student, also through a significative laboratory practice, with the following:

• in-depth knowledge of the methodologies aimed at the structural and functional characterization of biological macromolecules and of cellular processes in which they are involved;

• in-depth knowledge of the pathological processes affecting humans, at the molecular and cellular level; current applications and perspectives of application of biotechnology in human pathology;... [-]

ABMB Master Program is currently conducted in the Faculty of Biology, University of Bucharest only for foreign students and it is coordinated by the Department of Biochemistry and Molecular Biology (DBBM). This program was accredited by ARACIS in 2013.

ABMB Master Program is approved and recognized by the Order of Biologists and Biochemists from Romania (OBBCSSR) and thus it allows the graduates to be employed in medical laboratories.

Program Coordinators: Prof Dr. Anca Dinischiotu, Prof. Dr. Marieta Costache

ABMB Master Program aims to provide excellence in both education and scientific research and to offer future graduates appropriate professional skills and abilities in order to ease their access on the labor market in Romania and the European Union.... [-]

The Master course offers a comprehensive understanding of microbial and other biological systems, from the molecular and cellular organization of the individual or community to the biotechnological applications in different areas (Environmental, Industrial, and Biomedical).

The two years Master Course in Molecular Biotechnology is designed to provide the cultural background of multidisciplinary biotechnologies for the production of goods and services through the use of biological systems; in particular the course is designed to prepare skilled graduates with scientific knowledge and professional abilities in the field of biotechnologies applied to the study, prevention and diagnosis of human diseases, with particular interest in the development of innovative drugs.

The Master program intends to provide classes organized on an interdisciplinary basis to be applied to various fields of molecular biotechnology, with emphasis on the fields of research, diagnostics, and therapy. Training activities are also organized as stages to be carried out at research institutes or companies operating in the biotechnology, pharmaceutical, diagnostic and biomedical sectors. The training activities may be combined with research activities in selected laboratories with the aim of generating experimental data for the preparation of the thesis to be discussed in the final exam. The collaboration with researches of National Research Council Institutes (e.g.: Institute of Genetics and Biophysics - IGB; Institute of Protein Biochemistry - IBP) on teaching and research activities is an opportunity for the graduates to acquire knowledge in a broader range of fields related to Molecular Biotechnology, and skills to operate in various areas of academic and industrial research at national and international levels.... [-]

The Graduate Schools of Engineering (established in 1967) and Science (established in 1978) were unified, and the Graduate School of Science and Engineering of Ehime University started in 1996. This Graduate School was reorganized in 2006.

The main educational objective is to offer opportunities for professional development and career enhancement to the students through lectures and research activities, which range widely from basic science to practical engineering fields. Interdisciplinary researches between science and technology can also be carried out easily as well as cooperative or project researches in the Graduate School.

This division provides education programs focusing on protein sciences and has four main lecture contents that are grappled with in Proteo-Science Center: infections molecular science, photo-life science, molecular life science, and protein function science.... [-]

The programme is offered by the Department of Chemical and Biological Engineering with the following research foci and state-of-the-art facilities, providing students with an ideal environment for research.

Chemical and Biological Engineering is a highly diversified engineering and science discipline. The Department’s research can be classified into five major areas:

Advanced Materials

Nanomaterials, graphene, 2D materials, zeolites, novel polymers, polymer composites, DNA self-assembly process, polymer interfaces and surfaces as well as polymer/ceramic membranes. In-depth studies are being carried out in nanomaterial synthesis and characterization, rheology, non-Newtonian flow, heat and mass transport, and process control associated with the injection-moulding process.... [-]

The aim of the Applied Biotechnology study program is to – prepare specialists with high quality and up-to-date training in a highly interdisciplinary field of Applied biotechnology with a focus (specializations) on Plant (Horticulture, Agriculture and Forest) Biotechnology and Innovative Bioelectrotechnologies, who would be able developing new products and technologies, work in positions with high levels of responsibility in research and educational institutions and industry, related to biotechnology, biomedicine, and food industry, as well as pursue their studies at the doctoral level.

Competencies acquired

Graduates of the program will be able:

Demonstrate the ability to work as an individual and as a member of a team in the laboratory or the company and the ability to lead the team. Demonstrate the ability to work collaboratively on biotechnology projects involving typical business timelines. Demonstrate the ability to use innovative approaches to solving biotechnological problems and the implementation of solutions. Apply molecular, cellular, biotechnological methods needed to carry out projects in plant and forest biotechnology or innovative bio-electrotechnologies. Demonstrate ability and skills of experimental work with biologically active and labile substances - proteins, enzymes, nucleic acids, lipids, carbohydrates, safe handling of chemicals and instruments, skills of standard laboratory procedures. Demonstrate the ability to plan and conduct analytical, simulation and experimental research on analyzing or solving a particular biotechnology problem. Demonstrate and categorize molecular, cellular and biotechnological knowledge to design biotechnological systems, processes, and their elements. Demonstrate and operate of the core principles, methods, and methodologies underlying current biotechnological research. Distinguish and analyze... [-]

With this second cycle course in Comparative and Technological Molecular Genetics, we intend to transmit essential knowledge related to recent advances in the area of ​​comparison of genomes and DNA manipulation technologies, both in animal and plant organisms. In addition, it is intended an increasing awareness of the ethical issues inherent in these new technologies. The course will use curricular units that will operate in modular regime with great practical component, namely laboratory classes. In the 3rd semester students may choose to specialize in Molecular Comparative Genetics and Plant or Animal Technology depending on the dissertation to be developed.

The Master's Degree in Comparative and Technological Molecular Genetics aims at the training of Senior Technicians and Researchers with a solid and up-to-date and specific scientific, theoretical and practical training in the scientific areas of Genetics and Biotechnology, with the prospect that these masters will continue their future specialization in PhD in "Comparative and Technological Molecular Genetics", among others.... [-]

The activities related to the preparation of the final examination for the achievement of the LM will be carried out by the student under the supervision of a tutor during the training period at a research laboratory University or a highly qualified body under an agreement with the University biomolecular .

The final exam, which involves the acquisition of 13 credits, consists of the discussion, in open session, of an exclusively experimental thesis and which brings an original contribution, prepared under the guidance of a teacher of the course with LM, as rapporteur. The dissertation may be written in Italian or English and must have the typical form of a complete scientific work in terms of general organization (Abstract, Introduction, Methods, Results, Discussion, References, Tables and Figures). The decision of the Commission of Science will be formulated according to procedures defined in the Academic Regulations for the Course.... [-]