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history
1986-1992
Design of a flow cytometer for phytoplankton (the Optical Plankton Analyser) at
the Radiobiological Institute of the Netherlands Organization for Applied
Scientific Research (TNO) and funded by The Netherlands Foundation for
Technical Sciences (STW). The instruments were validated by the Dept. of
Aquatic Ecology, University of Amsterdam and the National Institute for Coastal
and Marine Management, Rijkswaterstaat (RIKZ)

- introduction of extremely large flow cell (1 mm) for a wide range of particles
- first (hard wired) digital pulse processing for an extreme dynamic range
1992-1995
This technology was further explored in the 1992 MAST II project EurOPA,
funded by the Marine Science and Technology program of the European
Commission.
The partners in this project pioneered many aspects such as
- video imaging-in-flow (Max-Planck Institute für Biochemie)
- digital pulse shapes (RIKZ)
- azimuthally resolved forward light scatter (Dept. of Physics and Applied
Physics, University of Strathclyde)
- fluid switch sorter with direct sorting on filters (Dubelaar Res. Instr. eng.)
- neural network analysis (School of biology, Univ. of Wales, College of Cardiff)
- multivariate statistical methods (Plymouth Marine Laboratory)

1996 - 2000
The CytoBuoy project was also funded by the MAST III Marine Science and
Technology program of the European Commission. We pioneered the
downsizing of the core (Eur)OPA technology for autonomous and in situ
operation. Partners: Datawell b.v., Oceanor s.a., Dubelaar Res. Instr. eng.,
Pyxilla, Kantakun.

- introduction of storing of fully digitized pulse shapes
- invention of recirculating sheath fluid
- introduction of two stage injector for moving platforms
- introduction of holographic grating for fluorescence color separation
- invention of non-gaussian laser intensity profile for high sample flow rates
- first radio operated flow cytometer in floating buoy
2001
Founding of CytoBuoy b.v.

- first CytoSense benchtop instruments delivered
- first submersible flow cytometer (down to 200 meter)
- introduction of CytoClus: cluster analysis with fourier analysis of pulse shapes
2004
- invention of the curvature parameter
- introduction of submersible battery pack for CytoSub
- CytoSub control and data download through bluetooth
2005
- modular redesign and downsizing of the CytoSense to 1 cubic foot
- introduction of picoplankton modules
- CytoBuoy in Oceanor SeaWatch mini hull with solar panels
2006
- full USB control of CytoSense and realtime download of particle scans
- CytoSub control and data download through WiFi antenna
2007
- USB comunication through 280 meter of marine cable
- automatic sample speed adjustment to particle concentration
- water depth triggered sampling by CytoSub
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