Acquisition of a Leica LMD7 - BMI
Awarded
The competition has ended and a winner has been selected.
- Qualification deadline
- Dec 16, 2025Expired
- Procedure
- Without prior noticeTwo stages
- Agreement
- Buying goods
Brief
Københavns Universitet har inngått en avtale med Triolab A/S om å levere et Leica LMD7 Laser Microdissection (LCM) system, inkludert mikroskopbase, UV-lasermodul, optikk, programvare, tilbehør, installasjon og en flerårig serviceavtale, til en verdi av 2 814 927 DKK. Systemet skal brukes til laserbasert mikroseksjon av FFPE-vev for å støtte romlig oppløste proteomikk-arbeidsflyter, spesielt for romlige proteomikkundersøkelser av hjertevevsprøver i Cardiac proteomics & Systems Biology Group ved Københavns Universitet. Leveransen skjer i Byen København. Kvaliteten ble vurdert basert på proteomikk-gradert mikroseksjon, med fokus på kontamineringsrisiko, varmespredning, innsamlingsmekanisme, optisk ytelse på FFPE-vev, oppnåelig romlig presisjon, høykapasitetskompatibilitet (inkludert AI-assistert segmentering) og dokumentert ytelse i høysensitive LC-MS-arbeidsflyter.
Laboratorie- og analyseutstyr
Result
- Triolab A/SWinner
- 1Number of bids
- DKK 2,814,927Contract value
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Award Criteria
Description
We assessed each system for proteomics-grade microdissection, focusing on contamination risk, heat dispersion during cutting, collection mechanism, optical performance on FFPE tissue, achievable spatial precision, high-throughput compatibility (including AI-assisted segmentation), and documented performance in high-sensitivity LC-MS workflows.
Source
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From the notice
Purchase of a Leica LMD7 Laser Microdissection (LCM) system will be used for laser-based microdissection of FFPE tissue to support spatially resolved proteomics workflows. The application is particularly focused on spatial proteomics investigations of cardiac tissue samples in the Cardiac proteomics & Systems Biology Group at University of Copenhagen. The LMD7 system will include a microscope base, UV laser module, optics, software, accessories, installation, and a multi-year service agreement. This includes automated high-throughput isolation of AI-derived tissue segments down to the single-cell and subcellular level, as required for advanced spatial proteomics approaches such as Deep Visual Proteomics.
Contact
Eva Sander Hanseneva.sander@adm.ku.dk- Result · PrequalificationType
- Byen KøbenhavnLocation
- 38000000Main codeLaboratory, optical and precision equipments (excl. glasses)
- 38510000Microscopes38634000Optical microscopes50430000Repair and maintenance services of precision equipment