Imaging Cytomics Instrument
A Voluntary Ex-Ante Transparency (VEAT) Notice
by UNIVERSITY OF EXETER
- Source
- Find a Tender
- Type
- Contract (Supply)
- Duration
- not specified
- Value
- £477K
- Sector
- INDUSTRIAL
- Published
- 08 Feb 2024
- Delivery
- not specified
- Deadline
- n/a
Concepts
Location
Exeter
3 buyers
- Exeter University Exeter
1 supplier
- Miltenyi Biotec Surrey
Description
The University has a requirement for a MACSima Tissue Cytomics Instrument from Miltenyi Biotec. The unique capabilities of the MACSima Imaging Cyclic Staining technology (MICS) – based on advanced fluorescence microscopy with cyclic staining, imaging, and erasing – are crucial for our research. Our projects demand high-content analysis with extensive multiplexing, a comprehensive antibody portfolio, versatile sample compatibility, advanced data analysis, and automated non-destructive staining that uniquely meet the University's technical and scientific needs for its projects. Specifically, its unparalleled ability to analyze hundreds (>400) of markers on a single sample without damage aligns precisely with the University's advanced spatial biology research needs.
Total Quantity or Scope
Specifically, its unparalleled ability to analyze hundreds (>400) of markers on a single sample without damage aligns precisely with the University's advanced spatial biology research needs."
Award Detail
1 | Miltenyi Biotec (Surrey)
|
CPV Codes
- 38000000 - Laboratory, optical and precision equipments (excl. glasses)
- 38434510 - Cytometers
Indicators
Legal Justification
The University has a requirement for a MACSima Tissue Cytomics Instrument from Miltenyi Biotec. The unique capabilities of the MACSima Imaging Cyclic Staining technology (MICS) – based on advanced fluorescence microscopy with cyclic staining, imaging, and erasing – are crucial for our research. Our projects demand high-content analysis with extensive multiplexing, a comprehensive antibody portfolio, versatile sample compatibility, advanced data analysis, and automated non-destructive staining that uniquely meet the University's technical and scientific needs for its projects. Specifically, its unparalleled ability to analyze hundreds (>400) of markers on a single sample without damage aligns precisely with the University's advanced spatial biology research needs.
Reference
- FTS 004150-2024