New Methodology for Accurate Determination of Molecular Co-localization at the Nanoscale

Engineering & Materials Science

• Antibodies 100%
• Projectiles 87%
• Physical properties 70%
• Bromine 60%
• Secondary ion mass spectrometry 59%
• Fluorine 54%
• Iodine 52%
• Hydrophobicity 51%
• Silicon wafers 47%
• Chemical properties 44%
• Nanoparticles 38%
• Proteins 36%
• Agglomeration 34%
• Experiments 13%

Physics & Astronomy

• methodology 63%
• antibodies 62%
• attachment 52%
• projectiles 48%
• physical properties 40%
• bromine 32%
• hydrophobicity 31%
• chemical properties 27%
• iodine 27%
• secondary ion mass spectrometry 26%
• fluorine 26%
• bombardment 24%
• proteins 20%
• wafers 19%
• nanoparticles 17%
• silicon 14%

Chemical Compounds

• Secondary Ion Mass Spectroscopy 85%
• Bromine Atom 74%
• Fluorine Atom 68%
• Hydrophobicity 67%
• Iodine 67%
• Nanoparticle 39%
• Protein 32%