Study of CuO nanoparticle-induced cell death by high content cellular fluorescence imaging and analysis

Keyphrases

• High Content 100%
• Induced Cell Death 100%
• Fluorescence Cell Imaging 100%
• Fluorescence Analysis 100%
• CuO Nanoparticles 100%
• Automated Image Analysis 66%
• Analysis Protocol 66%
• Cellular Image Analysis 66%
• Toxic Response 66%
• Success Rate 33%
• Insults 33%
• Imaging Modalities 33%
• Nanoparticles 33%
• Dose Effect 33%
• Cell Viability 33%
• Drug Treatment 33%
• Fluorescence Imaging 33%
• Image Analysis System 33%
• Cell Detection 33%
• Drug Response 33%
• Image Analysis Technique 33%
• Image Analysis 33%
• Environmental Stress 33%
• Image Intensity 33%
• Statistical Model 33%
• Local Intensity 33%
• Fully Automated 33%
• Three-class 33%
• Local Image 33%
• Manual Procedures 33%
• High-throughput Imaging 33%
• Gaussian Filter 33%
• Cell Segmentation 33%
• Neuroglial Cells 33%
• Threshold Algorithm 33%
• Gradient Vector Field 33%
• Scale-space Theory 33%
• Dark Cells 33%
• Dark Background 33%
• High-content Fluorescence Microscopy 33%
• Multiple Thresholding 33%

Engineering

• Nanoparticle 100%
• Image Analysis 100%
• Fluorescence Imaging 100%
• Image Intensity 20%
• Imaging Modality 20%
• Vector Field 20%
• Gaussians 20%
• Filtration 20%
• Local Image 20%
• Success Rate 20%
• Scale Space 20%
• Image Analysis System 20%
• Gradient Vector 20%
• Statistical Model 20%