Requirements:
Desirable:
Responsibilities:
Additional information:
Project description:
Body barriers (such as skin, gut, respiratory tract, oral and other mucosal tissues) are specific sites of the interaction between an organism and the external world. Since these sites are the points of pathogen entry, constantly exposed to microbial threats, multiple mechanisms must exist that enable fast response to the invading pathogens, in order to maintain the homeostasis and integrity of organism. For example, epithelial cells may present antigens as non-professional presenting cells thus contributing to downstream immune response from specific T cells, as it was shown for peptide antigens. Recently, novel findings were published on the recognition of lipid antigens by skin-homing T cells, responding to antigens presented by the CD1a molecule. The skin is especially enriched in antigen presenting cell (APC) populations that can serve this purpose; in particular, Langerhans cells residing within the epidermis are highly CD1a-positive and have access to exogenous and endogenous lipid ligand sources. Using the skin as our model we wish to investigate if keratinocyte-derived exosomes can contribute to this process and mediate targeted crosstalk between the epithelial component of the barrier and the immune system.
More details: www.dgolab.pl and: https://biotech.ug.edu.pl/strona/72297/ncn_polonez_3
Conditions of employment:
Duration of contract: Full-time 12 months (POLONEZ – NZ)
Salary: 8 000 PLN/month brutto (ca. 5 650 netto)
The deadline for submitting documents: 7 May 2018
Starting date: asap (negotiable)
Required documents:
Please submit your application to: danuta.gutowska-owsiak@ug.edu.pl, including the text below in your offer:
“I hereby give consent for my personal data included in my application to be processed for the purposes of the recruitment process under the Personal Data Protection Act as of 29 August 1997, consolidated text: Journal of Laws 2016, item 922 as amended.”
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ad_postdoc_polonez_dgo_lab_eng.pdf | 232.25 KB |