Image analysis techniques. The problem of the quantitative evaluation of thechromatin ultrastructure

Chemical Compounds

• Fiber 66%
• Optical Microscopy 61%
• Solenoid 50%
• Shape 45%
• Ethidium Bromide 41%
• Superlattice 35%
• Application 32%
• Black 30%
• Electron Microscopy 30%
• White 29%
• Phospholipid 29%
• Transmission Electron Microscopy 22%
• Chemical Transformation 22%
• Dye 21%
• Nitrogen 21%
• Volume 20%
• Liquid 18%
• Electron Particle 18%
• Metal 15%

Medicine & Life Sciences

• Evaluation Studies 94%
• Chromatin 92%
• Heterochromatin 57%
• Euchromatin 51%
• Electrons 27%
• Nucleosomes 27%
• Staining and Labeling 22%
• Microscopy 19%
• Minicomputers 19%
• Nuclear Matrix 15%
• Diethylnitrosamine 15%
• Ethidium 15%
• Phosphatidylserines 13%
• Transmission Electron Microscopy 11%
• Nitrogen 11%
• Carcinogens 11%
• Transcriptional Activation 10%
• Phospholipids 10%
• Metals 10%
• Electron Microscopy 10%
• Coloring Agents 9%
• Color 9%
• Cytoplasm 9%
• Light 8%
• DNA 6%

Engineering & Materials Science

• Image analysis 100%
• Electrons 44%
• Optical microscopy 32%
• Fibers 30%
• Phospholipids 24%
• Carcinogens 23%
• Pixels 22%
• Electron microscopy 19%
• Liquid nitrogen 18%
• Solenoids 18%
• Minicomputers 18%
• Transcription 17%
• Moon 17%
• Dyes 16%
• DNA 15%
• Transmission electron microscopy 15%
• Microscopes 14%
• Genes 14%
• Chemical activation 13%
• Tissue 12%
• Compaction 12%
• Image processing 11%
• Metals 9%