Bioimaging

Orthogonal Measurements

Ongoing

Definitions: Orthogonal measurements: Measurements that use different physical principles to measure the same property of the same sample with the goal of minimizing method-specific biases and interferences. Complementary measurements: Measurements that corroborate each other to support the same

Quantitative, Traceable Determination of Cell Viability Using Absorbance Microscopy

Ongoing

The current gold standard for cell viability measurements is the trypan blue assay. Trypan blue dye enters dead cells that have a ruptured membrane. As a result, the dead cells are stained blue. Live cells with an intact membrane, on the other hand, do not absorb the dye molecules and remain

Comparing the Biological Responses of Photoluminescent Silicon Nanoparticles with Silicon Micron-sized Particles

Completed

Intended Impact Technology is now available to produce nanoparticles of uniform size and shape which may allow their use in a wide range of applications from drug delivery to water purification. The high surface area to volume ratio of nanoparticles makes them particularly good catalysts as well as

Development of the NIST Prototype Advanced Biometrology Laboratory

Ongoing

Currently, NIST is investing in a new type of metrology laboratory that is focused on the unique reference material and high quality assay protocols that are needed in the regenerative medicine and biotechnology communities. The laboratory design is centered on automation that can set up 1000’s of

News and Updates

A hand in a purple glove turns a metal dial on a plate holding tiny vials of purple liquid.

Bioimaging

The Research

Orthogonal Measurements

Quantitative, Traceable Determination of Cell Viability Using Absorbance Microscopy

Comparing the Biological Responses of Photoluminescent Silicon Nanoparticles with Silicon Micron-sized Particles

Development of the NIST Prototype Advanced Biometrology Laboratory

News and Updates

NIST Develops New Nondestructive Method for Assessing Bioengineered Artificial Tissues

Stem Cells and AI: Better Together