Flow cytometry was used to count the concentration of the alga Chrysochromulina polylepis Manton & Parke during a bloom along the Western and Southern Norwegian coasts. Fresh samples could be counted without fixation immediately after sampling. Flow-cyton~etrice numeration of the alga agreed well \nth direct counting in the microscope. C. polylepis was identified by its charactenstic combination of red fluorescence and scatter signal. These signature coordinates did not change significantly with time, depth or concentration. The flow-cytometric measurements could be performed even when the ship was running and in normal rough seas in offshore locations, whereas direct counting was impossible under such circumstances
The aim of this study was to test the practicality of enumerating fixed, DNA-stained heterotrophic p...
Phytoplankton observation is the product of a number of trade-offs related to sampling processes, re...
The ability to quantify vital aquatic organisms in the 2–50 µm size range was compared between five ...
Flow cytometry was used to count the concentration of the alga Chrysochromulina polylepis Manton & ...
An overview is presented on flow cytometry as a tool for counting, analysis and identification of ph...
A brief overview is given of current applications of flow cytometry (FCM) in marine phytoplankton re...
Our understanding of the dynamics and regulation of phytoplankton communities has been limited by th...
Flow cytometers are capable of rapidly measuring multiple optical parameters on individual phytoplan...
A number of visual, chemical and fluorescence-based methods are generally employed for monitoring of...
The composition of picoplankton in near-surface samples collected underway at least every 6 h from a...
Flow cytometry has been used to analyze cells suspended in fluids and is also widely used as an anal...
In studies of both the establishment and breakdown of cnidarian-dinoflagellate symbiosis, it is ofte...
DESPITE THE DIFFICULTIES AND PROBLEMS IN REAL BIOLOGICAL ASSESSMENT OF POLLUT...
International audienceA pulse-shape recording flow cytometer (CytoSense©) was applied to the monitor...
Flow cytometry (FCM) was successfully used to enumerate viruses in seawater after staining with the ...
The aim of this study was to test the practicality of enumerating fixed, DNA-stained heterotrophic p...
Phytoplankton observation is the product of a number of trade-offs related to sampling processes, re...
The ability to quantify vital aquatic organisms in the 2–50 µm size range was compared between five ...
Flow cytometry was used to count the concentration of the alga Chrysochromulina polylepis Manton & ...
An overview is presented on flow cytometry as a tool for counting, analysis and identification of ph...
A brief overview is given of current applications of flow cytometry (FCM) in marine phytoplankton re...
Our understanding of the dynamics and regulation of phytoplankton communities has been limited by th...
Flow cytometers are capable of rapidly measuring multiple optical parameters on individual phytoplan...
A number of visual, chemical and fluorescence-based methods are generally employed for monitoring of...
The composition of picoplankton in near-surface samples collected underway at least every 6 h from a...
Flow cytometry has been used to analyze cells suspended in fluids and is also widely used as an anal...
In studies of both the establishment and breakdown of cnidarian-dinoflagellate symbiosis, it is ofte...
DESPITE THE DIFFICULTIES AND PROBLEMS IN REAL BIOLOGICAL ASSESSMENT OF POLLUT...
International audienceA pulse-shape recording flow cytometer (CytoSense©) was applied to the monitor...
Flow cytometry (FCM) was successfully used to enumerate viruses in seawater after staining with the ...
The aim of this study was to test the practicality of enumerating fixed, DNA-stained heterotrophic p...
Phytoplankton observation is the product of a number of trade-offs related to sampling processes, re...
The ability to quantify vital aquatic organisms in the 2–50 µm size range was compared between five ...