74 Genetics Masters Degree Programs

You are trained throughout the programme in fundamental biotechnology that will give you in-depth knowledge in areas as molecular biology, cell biology, genetics, biochemistry, nanobiology, physiologiy and immunology and its diverse applications. You also learn to place biotechnology in a social, economic and industrial context and to lead a social debate on biotechnology and genetic modification and their applications.

The Master of Science in Molecular Biology and Genetics is an intensive, full-time graduate program taught in English and designed for graduates at the BA level who are seeking a qualification in advanced areas of Biology, with special attention to Molecular Biology, Genetics, and Biochemistry.

The Master in Genomics and Genetics aims to satisfy the demand for university training, within the SUG, in theoretical and experimental biology, veterinary medicine, food technology, pharmacy, forestry-agriculture and the environment, which represents an opportunity for / the students who require more training in frontiers of knowledge and technology in the life sciences in the Autonomous Community of Galicia.

The MSc in Genetics of Human Disease is designed to give students a comprehensive understanding of how genetics impacts human health. The program covers key areas such as the molecular basis of diseases, genetics techniques, and how genetic informati…

In the Master's Programme in Genetics and Molecular Biosciences you will acquire knowledge and skills in modern genetics and molecular biosciences. You can specialise in Biochemistry and Structural Biology, Cell and Developmental Biology, Genetics and Genomics or Molecular Analytical Health Biosciences.

The Genetics programme aims to develop experience through experimental work in genetics. This is done by original experimental work in various fields of genetics including molecular, plant, and human genetics or the genetics of microorganisms, gene engineering, cytogenetics and genotoxicology. The programme provides students with the modern knowledge and practical skills in genetics necessary for an independent scientific and professional career in the rapidly developing areas of genetic technologies, biomedicine and biotechnologies.

The program promotes excellence and educates students on the significant issues in Medical Genetics. The challenging curricula includes mandatory taught courses which cover the main aspects of Medical Genetics and a number of elective courses enabling students to broaden their knowledge on other fields of Medical Genetics. The MSc Research or Library Projects on various aspects of Medical Genetics are conducted in the state-of-the-art Departments and Clinics of the Cyprus Institute of Neurology and Genetics (CING).

This MSc program focuses on the innovative intersection of genetics and multiomics approaches in medicine. It offers students in-depth knowledge of how genomic, proteomic, metabolomic, and other omics data can be used to understand health and disease…

Quantitative genetics is critical to New Zealand's primary sector breeding programmes and increasingly important in the health and environmental sectors. Students are trained in analytical techniques commonly used in these sectors and are expected to be in high demand

The Master's in Genomics and Genetics aims to meet the demand for highly qualified professionals for the genomics and genetics sector, which is increasingly established in our society.

The Master of Applied Genetics at the faculty of Natural Sciences and Medicine will train students to an international standard, incorporating current biomolecular technology. Quite simply, the use of biotechnology, in particular, molecular genetics applications, is now ubiquitous in commerce and research.

MSc in Genetics is designed for students undertaking postgraduate research, incorporating genetic information and approaches. Most students enrolled in this paper are Genetics BSc graduates undertaking postgraduate research at Honours, Postgraduate Diploma or Master's level.

The program objectives are to train students to become researchers in the field of genetics and breeding and eventually become independent plants and animal breeders, based on their in-depth genetic understanding.

An MScAgric degree in Animal breeding and genetics offers students the opportunity to investigate livestock populations on either quantitative or molecular level. It combines population genetics and genetic improvement of livestock to improve the efficiency of production in farm animals. This program focusses mainly on the genetic diversity and evaluation of large and small stock, with an emphasis on welfare traits and sustainable farming. Projects in this program offer opportunities for inter disciplinary research.

Today, genomics is essential to understand human diseases, plant and animal development, the evolution of species and their relationships with the environment. The aim of this master's degree is to train new professionals and researchers in genomics and genetics, and prepare them in specific areas of science and technology to face current challenges in these disciplines. The master's degree is focused on basic and applied research, genetics, evolution, development and biomedicine, in the broadest sense, and provides the training required to access third-cycle studies. It prepares students for professional practice in the new technologies of genetic analysis and genomics in particular. As a result, graduates will have opportunities as highly qualified staff in companies and institutions in which these types of analysis are increasing relevant, including hospitals, diagnostic centres, and analysis and genotyping companies.

Explore how genetic data is applied to conservation management and wildlife law enforcement to address challenges facing the sector. There is global recognition of the benefits of using genetic data to support wildlife conservation and management decisions. However, implementation of genetic approaches is still rare, partly due to a lack of personnel with the knowledge and skills to apply theoretical and practical population genetics to conservation practice.