Imaging and Spectroscopic Analysis of Living Cells

<p><U>Part A: Organelles and Cellular Structure</U></p> <ul> <li>Monitoring cytoskeletal dynamics in living neurons using fluorescence photoactivation</li> <li>Use of DNA-specific anthraquinone dyes to directly reveal cytoplasmic and nuclear boundaries in live and fixed cells</li> <li>Methods to measure actin treadmilling rate in dendritic spines</li> <li>Dynamics of Clathrin coat formationImaging mitotic spindle dynamics</li> <li>Dynamics of microdomains</li> <li>Imaging chromosome dynamics in meiosis</li> <li>Analyzing lysosomes in live cells</li> <li>Imaging of mobile long-lived nanoplatforms in the live cell plasma membrane</li> <li>Visualizing ion channel dynamics at the plasma membrane</li> <li>Live imaging studies of the cytoskeleton</li> <li>Fluorescence single-molecule imaging of actin turnover and regulatory mechanisms</li> <li>Analysis of cell migration and cell-to-cell interaction by videomicroscopy</li></ul> <p><U>Part B: Molecules and Ions</U></p> <ul> <li>Real-time quantitative and qualitative assay for Glut-4 translocation</li> <li>Live-cell imaging with signalling complexes</li> <li>Dynamic imaging of oligomerization in living cells</li> <li>Time-resolved liminescence resonance energy transfer imaging of protein—protein interactions in living cells</li> <li>Imaging steriod receptors in live cells</li> <li>Investigating second messenger signaling in vivo</li> <li>Probes for intracellular RNA imaging in live cells</li> <li>Imaging the glycome in live cells</li> <li>Intracellular magnesium detection</li> <li>Imaging mobile zinc</li> <li>Imaging ion flux and ion homeostasis in live cells</li></ul>