Biomedical Optics & Medical Imaging

Growing indium nitride film in a different orientation paves the way for noninvasive analysis of chemical composition.

A new class of photonic-crystal fiber with a hollow core and various lattice modifications may be an important component for biosensing applications.

A new data-capture method could provide increased flexibility for clinical imaging applications.

Intensity-based Doppler optical coherence tomography gives an accurate, high-speed, 3D readout of ocular blood flow.

A new family of chemical labels with much longer lifetimes than traditional fluorophores are key to a new biological imaging method: time-resolved emission imaging microscopy.

Boston Micromachines

Toshiba

BaySpec, Inc.