Student in molecular microbial ecology

Since the 1950’s the increasing production of plastics resulted in a progressive accumulation of plastic litter in the oceans with manifold consequences for marine life. Ingestion of microplastics (MP) is a cause for concern, notably for filter feeders as it leads to fatal injuries such as blockages of the digestive system but also inflammatory processes or reduction in reproduction rates. Studies investigating physiological impact of MP on bivalves ignored its potential risk under climate change as MP may constrain animals’ thermal tolerance and increase susceptibility to warming.

Since oysters and mussels are more and more recognized as holobionts (with specific associated microbiomes), it is most likely that these stressors will affect the interplay between the host and the associated microorganisms as well.

Tasks

In the framework of our current research project OMAP you will analyze the bacterial communities associated with different tissues of
O. edulis
with respect to the applied stressors „microplastics“ and „temperature“. The bacterial community will be analyzed by 16S rRNA Gene Sequencing (Illumina) and finally evaluated by using bioinformatic and multivariate statistical software.

Requirements

• We are looking for enthusiastic, outstanding young researchers, who enjoy working in a team and have good communication skills
• Experiences in microbiology or molecular biology are necessary.

Further Information

The place of employment will be
Helgoland.
Work time: upon consultation
Start: summer 2020

You are interested?

Please send your application with the standard documentation (CV, degree certificates, a statement of research interests, copies of certificates, publications) via

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