The Molecular Systems Biology track offers you extensive training in modern molecular biology and education focused on systems biology (omics, gene/protein structure-function relationships) with a special focus on molecular interaction networks.

The MSc in Biomolecular Sciences is connected to research institute GBB, which has an excellent international reputation and covers the field of systems-, chemical-, and synthetic biology. You are going to study in internationally oriented research and business area and will have the possibility to join the International Genetically Engineered Machine Competition in Boston. Besides that, our faculty is the home of the 2016 Nobel Prize Winner in Chemistry, Ben Feringa, and the Nobel Prize winner in Physics, Frits Zernike.

The Department of Molecular Biology invites you to join our advanced degrees program, expand your horizons and develop your academic potential. Our program of study will broaden your understanding of modern biology through vibrant learning experiences within our academic community. The program in the Molecular Biology track allows specialization in diverse fields of studies; cancer research, metabolism, stem cells, microbiology and microbiome, neurobiology, epigenetics, computational biology, and more. During their studies, students are exposed to diverse working methods and advanced technologies.

MSc in Molecular Biology is a form part of our day-to-day lives wherever we are, and we constantly have to make decisions drawing on scientific and technological knowledge. Natural scientists tell us the significance of C02 in relation to climate change, and when we have to decide whether to reduce C02 emissions, we need to understand what sort of knowledge we have and on what it is based.

Gain a detailed understanding of contemporary microbiology – by researching the industrial, commercial, and medical aspects of the discipline. MSc Molecular Microbiology explores the fundamental principles that underpin environmental, industrial, and medical microbiology. Learn how microorganisms cause disease and interact with the immune system and what practical steps can be taken to prevent and treat these conditions.

Are you interested in how the nervous system works at its most fundamental level? Do you want to study at the frontier where chemistry and biology meet? Then this highly selective master’s program, the only one in Europe dedicated to neurochemistry with molecular neurobiology, could be for you.

Molecular Biotechnology is a graduate (second-cycle) program of studies that leads to a Magister degree (Polish equivalent of a Master's degree). The study program is made up of compulsory courses and elective courses. Compulsory courses allow broadening your theoretical knowledge and practical skills in the following areas: molecular biotechnology, genetic engineering, biochemistry, cell biology, medical biotechnology, plant biotechnology, bioinformatics, the application of biotechnology in environmental protection, and protection of industrial property and copyright.

The Department of Biology and Biotechnology offers a Course for a Master's Degree in Molecular Biology and Genetics. This 2-year second-level degree (Biology class) is an intensive, full-time graduate program entirely 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.

Pace’s MS in Biochemistry and Molecular Biology program offers a unique, cutting-edge curriculum that provides you with the professional training required for the increasingly dynamic job market in the pharmaceutical biotech, biochemistry, and molecular biology fields.

To provide students with a fundamental knowledge of molecular and cell biology; including advanced characterisation, data analytics and biophysics.

Molecular biology is the discipline within the life sciences aimed at understanding the molecular basis of life in health and disease. It is a multidisciplinary area of study and deals with the structure and function of molecules as well as their interplay in creating the phenomenon of life.

Detailed knowledge of proteins and other biomolecules is crucial to our understanding of living processes. By studying protein science, you will be prepared for challenges such as unveiling the molecular causes of disease, designing tools for early and reliable diagnosis, and finding effective therapies. This master’s program will give you deep insights into mechanisms of protein action, based on complex structural aspects and mediated through binding dynamics, selectivity, and catalytic function. You will also study pharmacology and drug development.

Take part in this rapidly developing field and focus on the understanding of cellular processes, biological molecules and their interactions. Choose between: Biotechnology for Global Health or Agro- and Plant Biotechnology. This high-level scientific programme has been developed by outstanding, multidisciplinary scientific teams. Leading researchers who put an emphasis on strengthening your problem-solving abilities.

Over the last few years, there has been an extraordinary boom of genetics and molecular biology, two disciplines that have become progressively integrated to currently embody the core of modern biology. They are jointly used to investigate and understand the genetic-molecular bases governing the implementation of complex biological processes, such as cell development and differentiation both in animal and plant systems.

This programme connects fundamental research with its applications and integrates genetics, gene technology, cell biology, molecular biology and molecular biotechnology. The common basis is within molecular genetics, which is the discipline that explains how the information in the genes is expressed and how it can give rise to various traits in an organism. Emphasis is put on genetic mechanisms underlying disease, genetic mapping, molecular genetic techniques and diagnostic methods. Training in entrepreneurship and processes of innovation and commercialisation in the molecular biotechnology field provides a fundamental base for careers in biotechnology and the pharmaceutical industry. A majority of the graduated students continue with PhD studies, often within the biomedical research field.