The call for proposals “08.20.o.03.WdH/WDH - Lot 3 - Hybrid Detector” presents lot 3 of 4 calls for applications of the research project “Next-Generation super-resolution optical STED microscopy of cellular dynamics (advanced-STED)”. Originally, three tenders were planned within the framework of this project. During the course of the project, however, it became apparent that the additional purchase of a STED laser is necessary to achieve the project objective. A cost-neutral redeployment has therefore been carried out, which is why 4 calls are now being made. The invitation to tender for Lot 3 must be repeated as an error in the SOW was identified in the current procurement procedure 08.20.O.03, which is why this procedure has been terminated and is now being repeated with an adjusted SOW.

The Leibniz Institute of Photonic Technologies e. V. Jena is launching a hybrid detector and detection electronics as part of the project “Advanced STED: Next Generation super-resolution optical STED microscopy of cellular dynamics”. In this project, endoscopic STED microscopy images are realized via a fiber that allows images deep in the tissue.

A hybrid detector is required to detect fluorescence signals in the range of 300 to 700 nm together with a time-correlated single photon counting (TCSPC) system.

- Scoring criteria: technical specifications 70%, price 30%.

The call for proposals “08.20.o.03.WdH/WDH - Lot 3 - Hybrid Detector” presents lot 3 of 4 calls for applications of the research project “Next-Generation super-resolution optical STED microscopy of cellular dynamics (advanced-STED)”. Originally, three tenders were planned within the framework of this project. During the course of the project, however, it became apparent that the additional purchase of a STED laser is necessary to achieve the project objective. A cost-neutral redeployment has therefore been carried out, which is why 4 calls are now being made. The invitation to tender for Lot 3 must be repeated as an error in the SOW was identified in the current procurement procedure 08.20.O.03, which is why this procedure has been terminated and is now being repeated with an adjusted SOW.

The Leibniz Institute of Photonic Technologies e. V. Jena is launching a hybrid detector and detection electronics as part of the project “Advanced STED: Next Generation super-resolution optical STED microscopy of cellular dynamics”. In this project, endoscopic STED microscopy images are realized via a fiber that allows images deep in the tissue.

A hybrid detector is required to detect fluorescence signals in the range of 300 to 700 nm together with a time-correlated single photon counting (TCSPC) system.