3D Cell Tomography
Tomography of unlabeled live cells is obtained by scanning the focus through the sample, and sequentially taking a stack of image slices along the cell.
Cell Dynamics
Applications in basic biological sciences, such as cell viability and function, and clinical studies, such as drug testing, require an understanding of the activity of and interactions between the many molecules that make up the complex world the cell.
2D Cell Assays
Spatial Light Interference Microscopy is used to measure the dry mass of many individual adherent cells in various conditions, over spatial scales from micrometers to millimeters, temporal scales ranging from seconds to days, and cell types ranging from bacteria to mammalian cells conditions required for a label-free proliferation assays and growth.
Neuroscience
This Application highlights the use of CellVista SLIM (Spatial Light Interference Microscopy) for neuroscience research. The non-invasive live cell imaging provides a viable environment for fragile neurons and neuronal stem cells, which are very susceptible to damages from temperature, chemicals, and light.
Particle Analysis
CellVista SLIM (Spatial Light Interference Microscopy) uses a new quantitative phase imaging (QPI) technique to provide fast and accurate quantitative measurements of protein particle solutions.