Light Microscopy – News and Features

The images offer proof of concept that microscope technology can detect real-time processes surrounding calcifying nanoparticles.

Stanford will use Hyphenated Systems’ 3Dmap™ to characterize structure and flow in microfluidic devices.

Purdue will use 3Dmap™ to characterize structure in advanced microfluidic devices and to develop advanced techniques to characterize fluid flow through these structures.

The findings point to the integral role of bone marrow-derived cells in not only regeneration of damaged tissue, but also disease progression.

The grant will allow Infinitesima to advance its position in atomic force microscopy technology.

The VideoAFM™ may now be used in conjunction with the MultiMode in the Bio-Nanotechnology field.

Veeco will establish a life sciences lab in the Institute's facility.

The non-exclusive, worldwide license is for a number of Affymetrix patents related to the use of microarrays for comparative genomic hybridization analysis.

The patent covers devices comprising arrays of single molecules, including polynucleotides; methods for producing the devices; and their subsequent use.

The Advanced Technology and Manufacturing Center will use Hyphenated Systems’ 3Dmap™ to characterize the subsurface 3D structure of microfluidic devices.