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189 Results:

International Study Programmes

der ITMO University (ITMO) in St. Petersburg, Russland Ph.D. Programme (Medicine): Molecular Mechanisms of Regenerative Processes Summer Schools The University of Rostock offers students the opportunity

https://www.uni-rostock.de/en/international-affairs/rostock-international-house/international-profile/international-study-programmes/

All study courses and degrees

Science and Engineering ► Computer Science International ► Electrical Engineering ► Molecular Mechanisms of Regenerative Processes Dual study courses For the winter semester 2020/21, the University of Rostock [...] nakademie/ University medicine offers the following structured doctoral degree: ► Molecular Mechanisms of Regenerative Processes

https://www.uni-rostock.de/en/study/study-courses/all-study-courses-and-degrees/

INF (Interdisciplinary Faculty)

development of new perspectives, content and technology. Ph.D. Programme (Medicine): Molecular Mechanisms of Regenerative Processes Graduate Programmes At the University of Rostock, there are various int

https://www.uni-rostock.de/en/international-affairs/rostock-international-house/international-profile/interdisciplinary-and-international-research/

Dr. Thorsten Streibel

generation of energy out of fossil and regenerative fuels are connected to adverse effects for human health and the environment as well as to impairments of mechanical parts of combustion devices. The detailed [...] detailed investigation of the mechanisms and sources is in the focus of the research activities. For this, it is necessary to characterize the formation and distribution of organic trace components from [...] zation mass spectrometry (PIMS) to reflect the high dynamic of the processes. Furthermore, the molecular characterization and the thermal behavior of the fuels are important. For this, hyphenated methods

https://www.zimmermann.chemie.uni-rostock.de/en/staff/senior-scientists/dr-thorsten-streibel/

Degree Students

Medizinische Biotechnologie (M.Sc.) (Requirement German C1 and English B2) Physik (M.Sc.) Molecular Mechanisms of Regenerative Processes (MD., PhD) Sustainable Maritime Engineering (M.Sc) We are happy that you

https://www.uni-rostock.de/en/international-affairs/incoming/degree-students/

Instruct growth and form: from pre-neural mechanisms to electroceuticals for regenerative medicine
23.02.2022, 3:00 pm

important knowledge gaps about this process of anatomical homeostasis that remain despite progress in molecular genetics. I will then offer a perspective on morphogenesis as an example of a goal-directed collective [...] and cancer. Ion channel drugs thus form a class of "electroceuticals" for new applications in regenerative medicine. Further Information

https://mosi.informatik.uni-rostock.de/en/veranstaltungen/detailansicht-des-events/n/prof-dr-michael-levin-tufts-university-virtual-lecture-instruct-growth-and-form-from-pre-neural-mechanisms-to-electroceuticals-for-regenerative-medicine/

Overview

lectures for students of mechanical engineering (bachelor): Technical Thermodynamics I Technical Thermodynamics II Energy Technology Heat and Mass Transfer. For students of mechanical engineering (master) [...] study program we offer the following courses: Cooling Technologies Mixed Phase Thermodynamics Regenerative Energy Technology Thermodynamics of Combustion Processes Thermodynamics of Energy and Environmental

https://www.ltt.uni-rostock.de/en/teaching/overview/

Physik Dynamics

the responsible mechanisms. Molecular systems exhibit a huge variety of features and phenomena which can be explored in a broad spectrum of applications. A microscopic and quantum-mechanical understanding [...] Welcome to the webpage of the group Dynamics of Molecular Systems Our group investigates photoinduced processes in molecules, supramolecular structures and organic materials by time resolved spectroscopy [...] g of the molecular processes is the key to design and optimize the properties of the systems. Exciton migration in guest-host system Pump-probe setup for ultrafast spectroscopy

https://www.dynamics.physik.uni-rostock.de/en/

Development of a method for collagenase-free separation of stem cells from human adipose tissue

human adipose tissue for novel regenerative applications and therapies (ARENA) This sub-project supports the development of a new system for the production of regenerative cells from lipoaspirate by developing [...] project partners suspect a large influence of the mechanical properties on a stable cell separation, a better scientific understanding of the mechanical properties of fat and stem cells is to be gained

https://www.lfm.uni-rostock.de/en/research/finished-projects/development-of-a-method-for-collagenase-free-separation-of-stem-cells-from-human-adipose-tissue/

Members overview

Prof. Dr. Simone Baltrusch Prof. Dr. Simone Baltrusch UMR Institute for Medical Biochemistry and Molecular Biology Dr. Ingo Barke Dr. Ingo Barke MNF AG Surface and Interface Physics Prof. Dr. Dieter Bauer [...] V. Prof. Dr. Torsten Beweries Prof. Dr. Torsten Beweries An-Institut Likat Modern Concepts in Molecular Catalysis Prof. Dr. Klaus Boldt Prof. Dr. Klaus Boldt MNF Physical Chemistry - Photonic Nanomaterial [...] Prof. Dr. Björn Corzilius MNF Solid-State DNP Prof. Dr. Robert David Prof. Dr. Robert David UMR Regenerative medicine in cardiac surgery Dr. Nadja Engel Dr. Nadja Engel UMR Laboratory Manager of the Clinic

https://www.inf.uni-rostock.de/en/llm/about-us/members/mitglieder-uebersicht/

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Anschrift / Kontakt

Universität Rostock
Mathematisch-Naturwissenschaftliche Fakultät
Institut für Biowissenschaften
Albert-Einstein-Straße 3
18059 Rostock

Verwaltung / Sekretariat
Andrea Mellin
Raum 1.34
Tel. +49 (0) 381 / 498 6041
Fax +49 (0) 381 / 498 118-6042
institut.biowissenschaften(at)uni-rostock.de

Sprechzeiten:
Montag - Mittwoch
13.00 - 15.00 Uhr
Freitag nach Vereinbarung

 

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Studienbüro / Prüfungsamt

Annett Nagel
Albert-Einstein-Straße 3a, R. 0.34
(CHEMIE-LABORGEBÄUDE!!)
18059 Rostock

Tel. +49 (0) 381 / 498-6044
Fax +49 (0) 381 / 498-6043
studienbuero.biowissenschaften(at)uni-rostock.de

Sprechzeiten:
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09.00-11.00 Uhr und 13.00-15.00 Uhr

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