Automated Platform for Multiplex Immunofluorescence Staining | Tenderlake

Automated Platform for Multiplex Immunofluorescence Staining

Contract Value:
EUR 340K - 340K
Notice Type:
Contract Notice
Published Date:
13 January 2026
Closing Date:
17 February 2026
Location(s):
DEE03 Magdeburg, Kreisfreie Stadt (DE Germany/DEUTSCHLAND)
Description:
A fully automated fluorescence-based high content multiplex imaging device is needed to analyze fixed cell and tissue samples for research on the interactions between vessels and the immune system.

1 piece of fully automated fluorescence-based high content multiplex imaging device for measuring fixed cell and tissue samples. The contract value estimation is derived from the information provided by our user.


LOT-0001
01/2026/EU/E18
Automated platform for multiplex immunofluorescence staining.
1 piece of fully automated fluorescence-based high content multiplex imaging device for measuring fixed cell and tissue samples. The contract value estimation is derived from the information provided by our user.

The Laboratory for Experimental Dermatology of the University Hospital has secured an ERC Synergy Grant that focuses on researching the interactions between vessels and the immune system. The aim of the project is to better understand these processes in order to strategically influence and enhance the immune response against tumors in the future. For this purpose, it is necessary to analyze in detail the distribution of the involved cells as well as their mutual communication in intact tissue in clinical tissue samples. The multiplex imaging device to be procured will make a crucial contribution to this, as it allows for the simultaneous evaluation of many parameters at a high sample throughput, thus providing a better understanding of the spatial organization of tumor-associated tissue.

The Buyer:
Universitätsklinikum Magdeburg A.ö.R.
Additional information:
Link:
Download Full Notice as PDF
Link:
Additional document: 828808-1
Link:
View Full Notice
CPV Code(s):
38515000 - Fluorescent and polarising microscopes