LUV01414 Purchase of C Trap Dymo 400 by direct award
This is a contract result notice, not an open opportunity. Details from the official award data.
This is a large award for Medical Equipment & Pharmaceuticals — above three-quarters of comparable contracts. Based on 9,456 valued Medical Equipment & Pharmaceuticals tenders in our corpus.
The University of Leicester, School of Chemistry, is expanding its capabilities for studying the dynamics of single biomolecules.
To support this work, funding has been secured from BBSRC to procure a highly specialised instrument: the C-Trap Dymo 400 Optical Tweezers-Fluorescence Microscope, manufactured by Lumicks B.V..
This instrument integrates cutting-edge optical trapping, confocal fluorescence microscopy, and laminar flow microfluidics into a single, coherent system.
The C-Trap® Dymo 400 will be installed at the University to support high-precision, realtime studies of molecular interactions, particularly in areas involving DNA-protein complexes, RNA structures, ubiquitin structures and cytoskeletal filament dynamics.
It includes multi-colour confocal fluorescence (488, 561, 638 nm), dual force detection (x,y), short tether capabilities, microfluidics, and full system integration with proprietary Bluelake software, all required to maintain the scientific edge of our ongoing biophysical and molecular biology research.
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What the notice asks for
To support this work, funding has been
To support this work, funding has been secured from BBSRC to procure a highly specialised instrument: the C-Trap Dymo 400 Optical Tweezers-Fluorescence Microscope, manufactured by Lumicks B.V..
This instrument integrates cutting-edge optical trapping, confocal
This instrument integrates cutting-edge optical trapping, confocal fluorescence microscopy, and laminar flow microfluidics into a single, coherent system.
The C-Trap® Dymo 400 will be installed
The C-Trap® Dymo 400 will be installed at the University to support high-precision, realtime studies of molecular interactions, particularly in areas involving DNA-protein complexes, RNA structures, ubiquitin structures and cytoskeletal filament dynamics.
It includes multi-colour confocal fluorescence (488, 561
It includes multi-colour confocal fluorescence (488, 561, 638 nm), dual force detection (x,y), short tether capabilities, microfluidics, and full system integration with proprietary Bluelake software, all required to maintain the scientific edge of our ongoing biophysical and molecular biology research.
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- OCID
- ocds-h6vhtk-05d34f
- Stage
- award · Awarded
- Source
- Find a Tender
- Buyer ref
- 068160-2025
Contains public sector information licensed under the Open Government Licence v3.0. Source data © Crown copyright.
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