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General Student [email protected]+49 (0) 3496 67 5203
www.hs-anhalt.de
MASTER OF SCIENCE
ConsultantProf. Dr. Hans-Jürgen Mä[email protected]+49 (0) 3496 67 2581
CoordinatorTom [email protected]+49 (0) 3496 67 2541
https://www.hs-anhalt.de/mob
Campus Köthen
Molecular Biotechnology
Department 7
Applied Biosciences and Process Engineering
Version: MOB-1-03/12/2019
Department Applied Biosciences and Process Engineering
Campus Köthen
Master of Science
Molecular Biotechnology
Modern molecular biotechnological and geneticengineering procedures are nowadays of highrelevance to many realms of research and industrialprocesses such as biological and medical research,recombinant production of drugs, desired metabolitesand optimized technical enzymes, the establishmentof cellular detection systems, strategies ofenvironmental management as well as foodproduction. Its importance will definitely evenincrease in the future.This three-semester English study program wasdeveloped to enable national and internationalstudents with backgrounds in biotechnology,pharmaceutical engineering, biomedical engineering,biology, food technology and related fields of study todeepen their knowledge in this field. This appliedprogram includes subjects like advanced geneticengineering and cell culture, OMICS technologies,next generation sequencing, databases andbioinformatics, recombinant protein production andmuch more. Successful graduates will have bestchances to reach high positions in correspondingcompanies and research institutes.
SKILLS ACQUIRED
This master program aims at the transfer ofcomprehensive knowledge and skills in modernmolecular biotechnology and genetic engineeringtechniques. Successful graduates will be able to workat high positions in institutes and companies doingresearch and production in different fields requiringthe use of molecular biological methods such asmedicine, pharmacy, environmental management,etc.
MAJOR FIELDS OF STUDY
advanced genetic engineering and cell cultureOMICS technologiesnext generation sequencingdatabases and bioinformaticsrecombinant protein production
PROGRAM DURATION
3 semesters (90 Credits)
START OF PROGRAM
Winter or summer semester
CAREER PROSPECTS
The increasing impact of modern molecularbiotechnological and genetic engineering procedures inindustrial processes such as biological and medicalresearch, recombinant production of drugs, desiredmetabolites and optimized technical enzymes, theestablishment of cellular detection systems, strategiesof environmental management as well as foodproduction enables successful graduates best chancesto reach high positions in corresponding companiesand research institutes.A comprehensive pool of research equipment andclose links to international partners f.e. in thepharmaceutical industry, at universities and researchinstitutes offer great opportunities for development,both professionally and scientifically.
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