Spectral cytometry approach for characterization of algal assemblages using autofluorescent signatures

Keyphrases

• Spectral Cytometry 100%
• Autofluorescence 100%
• Algal Assemblages 100%
• Image Cytometry 80%
• Fluorescence Intensity 40%
• Phytoplankton Groups 40%
• Chlamydomonas 40%
• Phycobiliproteins 40%
• Comparative Analysis 20%
• S-parameters 20%
• Cell Death 20%
• Spectral Flow Cytometry 20%
• Cellular Structure 20%
• Cell Size 20%
• Physiological Condition 20%
• Spectral Region 20%
• High-throughput 20%
• Microscopic Analysis 20%
• Metabolic State 20%
• Carotenoids 20%
• Principal Coordinate Analysis (PCoA) 20%
• Cell Morphology 20%
• Stress Conditions 20%
• Structural Diversity 20%
• Spectral Signature 20%
• Cellular Stress 20%
• Algal Culture 20%
• Stress Response 20%
• Photosynthetic pigments 20%
• Cell State 20%
• Spectral Data 20%
• Viability Cell 20%
• Spectral Fingerprint 20%
• Pigment Analysis 20%
• Spectral Library 20%
• Algal Community 20%
• State Response 20%
• Spectral Cluster 20%
• Pigment Composition 20%
• Spectral Variability 20%
• Phytoplankton Population 20%
• Accessory pigments 20%
• Haematococcus 20%
• Flow Cytometry Analysis 20%
• Different Geographical Areas 20%

INIS

• populations 100%
• fluorescence 100%
• phytoplankton 100%
• pigments 100%
• size 66%
• chlamydomonas 66%
• phycobiliproteins 66%
• signals 33%
• spectra 33%
• communities 33%
• data 33%
• tools 33%
• variations 33%
• viability 33%
• resolution 33%
• morphology 33%
• apoptosis 33%
• scattering 33%
• algae 33%
• libraries 33%
• microscopy 33%
• carotenoids 33%
• principal component analysis 33%

Immunology and Microbiology

• Autofluorescence 100%
• Plankton 100%
• Chlamydomonas 66%
• Cell Death 33%
• Taxon 33%
• Cell Size 33%
• Finger Dermatoglyphics 33%
• Cell Structure 33%
• Haematococcus 33%