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PhD Student on Proteins in Redox Signaling


The research project ZIK plasmatis (group: plasma & liquids) at the INP Greifswald focuses on biochemical and cellular redox processes in cancer and wound biology. Specifically, we want to understand the translation of redox signals from the outside into the inside of mammalian cells or tissues. Biochemical models and accompanying in vitro/in vivo models will route the project’s progress towards modulating the biochemistry of short lived reactive species.  
The INP Greifswald is the largest European low temperature plasma research institute outside of academia and ranks amongst the most modern institutions in this field worldwide. We carry out fundamental and applied research FROM IDEA TO PROTOTYPE. In an international environment, we are dealing with topics that are relevant to society within the research areas Materials & Energy as well as Environment & Health. Currently about 180 employees are working at three locations in Mecklenburg-Vorpommern.

To strengthen our research group, we are seeking to hire for the location in Greifswald from 1st January 2018 a motivated


The 66%-position is granted for 3 years / TV-L Ost wage group 13.

Job description:
It is evident, that numerous proteins sense and transport the information of reactive oxygen or nitrogen species and govern the subsequent cell fate (redox signaling). This property leaves proteins as central modulators in the impact of external reactive oxygen and nitrogen species, e.g. from UV radiation, cold physical plasmas, or chemicals. You will investigate, how the chemical structure of proteins involved in redox signaling is affected by ROS/RNS and how these changes translate into downstream processes in mammalian cells and tissue. In collaborating with other researcher at our institute you will help to decipher subsequent immune responses thought by be relevant in cancer biology and wound healing.

In your doctoral thesis you will:
  • investigate the biochemical impact of short lived reactive species on model peptide/protein systems using e.g. high resolution mass spectrometry
  • translate these findings into cell models with emphasis on downstream signaling, e.g. by microscopy
  • evaluate these findings in primary cell / tissue models
Your profile:
  • Master’s degree (or equivalent, e.g. German diploma) in biochemistry, chemistry, molecular biology or similar
  • Interest in analytical approaches, e.g. LC-mass spectrometry, molecular biology, optical techniques (experience welcome)
  • Previous work on protein analysis, preferably in conjunction with redox signaling desirable
  • teamwork competency and vivid inter-personal communication skills
  • Technical savvy and comfort with computers, scientific software, and technology-based life science research is essential.
We offer:
  • Payment and social benefits according to the collective agreement for Federal States (TVL-Ost)
  • Modern lab infrastructure and excellent research tools
  • Internal trainings (e.g. project management, scientific writing)
  • Interdisciplinary research – scientists from biology, pharmacy, chemistry, physics under one roof
  • A work environment certified as family-friendly (e.g. flexible working hours)
For further information, you are welcome to contact Dr. Kristian Wende (Tel.: 03834-554 3923; e-mail:

The INP promotes equal participation of men and women. Female applicants are especially encouraged to apply. Disabled applicants will be preferred in case of equal qualification.

The INP cannot reimburse application expenses.

Please send us your application including your CV, a list of publications and a description of your research interest and experience - preferably by using our online application form - by indicating the reference number “0248 – Ph.D. Proteins in Redox Signaling” until 03rd December 2017. Please address inquiries to the INP Greifswald, Human Resources Department, Mrs. Gabriele Lembke, Felix-Hausdorff-Str. 2, 17489 Greifswald, Germany, e-mail:
Send application to
For further information, you are welcome to contact Dr. Kristian Wende (Tel.: 03834-554 3923; e-mail:
While applying for the job please refer to jobvector and use the following reference number: 0248

About Leibniz-Institut für Plasmaforschung und Technologie e.V.

Klu­ge Köpfe ge­sucht Das Leib­niz-In­sti­tut für Plas­ma­for­schung und Tech­no­lo­gie (INP Greifs­wald e.V.) ist eu­ro­pa­weit die größte außer­uni­ver­sitäre For­schungs­ein­rich­tung zu...

More about Leibniz-Institut für Plasmaforschung und Technologie e.V.

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