An optical microscope for fast, high contrast 2-D and 3-D imaging of structures beneath the surface of large biological samples, such as the cerebral cortex of live mammal brains. Compatible with conventional wide-field microscopes, the Berkeley Lab technology offers a ready way to improve the imaging capabilities of conventional optical microscopes. APPLICATIONS OF … [Read more...] about Axial and Arbitrary Plane Optical Microscope 2013-153
New
Optofluidics for Sensing Single Particles IB- 2013-084
APPLICATIONS OF TECHNOLOGY: Imaging for Medical diagnostics Point-of-care applications Environmental monitoring Forensics ADVANTAGES: Ultra high sensitivity and spatial resolution with real time detection Works for very high and very low concentrations Can simultaneously confine light and liquid to sub-50nm regions Doesn’t require highly trained … [Read more...] about Optofluidics for Sensing Single Particles IB- 2013-084
Atomic-Resolution Transmission Electron Microscope Cell for Use with Liquid Samples 2013-011
APPLICATIONS OF TECHNOLOGY: Transmission Electron Microscopy for manufacturing and research ADVANTAGES: Reactions can be observed at atomic resolution Versatile micro/nanofluidic setup can be used to study either biological samples or nanomaterials in liquids Ability to mix two or more solutions and observe changes at atomic resolution Can be mass … [Read more...] about Atomic-Resolution Transmission Electron Microscope Cell for Use with Liquid Samples 2013-011
Nanometer Resolution TEM Imaging of Biological Samples in Liquid 2013-165
APPLICATIONS OF TECHNOLOGY: Transmission electron microscopy (TEM) for Pharmaceuticals Biomedical research ADVANTAGES: Enables imaging of label free, near-native-state biological samples Nanometer resolution imaging capability Compatible with existing, industry standard TEM instruments and equipment Controllable, adjustable liquid layer thickness … [Read more...] about Nanometer Resolution TEM Imaging of Biological Samples in Liquid 2013-165