Research Area - Oceanography

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Oceanography on the ImageStream imaging flow cytometer: automated quantitative image analysis of plankton, diatoms, and more (08-004-1-pos)
  Application Note:
Assessment of Microalgae using theFlowSight® Imaging Flow Cytometer


Merck:/Freestyle/BI-Bioscience/Cell-Analysis/amnis/Amnis-Research-Images/oceanography.jpgComposition and speciation in salt water columns is of key importance to understanding the complex interaction of marine environments. Enumerating and classifying planktonic cells can be a good indicator of primary production, water quality, and overall species diversity. Because these marine organisms are in suspension and exhibit diverse morphology, Amnis® imaging flow cytometry is ideally suited for quantifying populations of diatoms, measuring algal cell division, and studying the diverse array of planktonic life forms.

Analysis of Organisms in Wharf Tows by Shape and Size

Unique species of diatoms and other plankton species from culture or from seawater can be identified and quantitated by analyzing for size, shape, fluorescence intensity, texture, and location/co-location of fluorescent labels and/or chloroplasts.