ACHIEVEMENTS

OxiplexTS200 Receives FDA Clearance

Introduction of Parallel 16-PMT Spectral FastFLIM

Introduction of Digital TCSPC for fast FLIM acquisition

Introduction of PL1, a time-resolved confocal microscope for material research studies

Introduction of AlbaSTED

• Introduction of MetaOx, the tissue oxygen consumption monitor for biomedical research
• Introduction of OxiplexTS200, the clinical version of the OxiplexTS tissue oximeter
• Introduction of Q2 Laser Scanning Nanoscope

Introduction of time-resolved spectrofluorometer using Digital Frequency Domain (DFD)

Introduction of ChronosBH, a lifetime instrument based on laser diodes and LEDs and using the time-correlated single-photon counting (TCSPC) technique

Alba is equipped with galvo-mirrors and becomes a laser scanning microscope for one-photon and multi-photon confocal imaging capability

Completion of Imagent, functional brain imaging system for studying activated areas of the brain

ChronosFD, a Fluorescence Lifetime Spectrometer using laser diodes and LEDs

Introduction of ALBA, a confocal microscope for FCS measurements

Introduction of Model 96208 OxiplexTS, Two-Channel Non-invasive Frequency-Domain Tissue Oximeter

First MPF equipped with diode array detector for simultaneous multifrequency multiwavelength fluorescence data acquisition

First MPF with digital filter for the isolation of the cross-correlation frequency and user selectable cross correlation frequency. Introduction of K2-FastScan capable of acquiring time-resolved fluorescence data in a minute

First fully automated Multifrequency Phase Fluorometer, the K2 MPF

Installation of the first MPF using the harmonic content of mode-locked lasers

First commercial Multifrequency Phase Fluorometer (MPF), the GREG200 for the determination of fluorescence decay times in solutions and solid structures.