University Instrumentation Center, University of New Hampshire, Durham NH

The Olympus IX81 inverted fluorescense/brightfield microscope has a motorized stage and stage inserts to accommodate multiwell plates or glass slides.

The Licor Odyssey Imaging System offers in vitro and in vivo imaging with its proprietary near-infrared imaging system. Applications include: Near-Infrared Fluorescent Western Blot, In-Cell Western Assay, EMSA, Protein Gel Documentation, Nucleic Acid Gel Documentation, Tissue Section Imaging, In-Gel Westerns, RNAi Analysis.

The BioRadV3 Chemidoc Imager is used for in-gel protein imaging and quantification. 

The vario PYRO cube combines a pyrolysis analyzer (up to 1,500 °C) and a fully functional elemental analyzer for carbon, nitrogen, and/or sulfur determination with combustion and reduction tubes.

Examples of samples analyzed include soils & sediments, organic materials, chemicals, and food & beverages.

The Q800R3 includes a chiller system to control temperature, digital operating system with programmable memory, high intensity ultrasonics and sound reducing enclosure.

The BioRad QX200 system is cost effective, high throughput PCR capable of running 96 samples at once. You can use standard hydrolysis (TaqMan) probes used for qPCR applications.

This new addition to the HCGS core facility is available to support your applications, including technical assistance and training for you or your lab personnel.

The Invitrogen EVOS™ FL Auto 2 Imaging System is a fully automated, high-performance, inverted, multi-channel fluorescence and transmitted light imaging system.

The Quantachrome NOVA 2200E BET Surface Area Analyzer is used to measure surface areas, pore volume and pore size distribution in materials.

Fourier Transform Infrared Spectrometry (FT-IR) is used to obtain an absorption or transmission spectrum of a solid or liquid. An FT-IR spectrometer simultaneously collects data over a wide spectral range. Multiple scans are run for increased signal to noise when sample limited.

The Becton-Dickinson FACSCalibur Flow Cytometer incorporates a four-color, dual-laser to perform cell analysis using forward scatter, side scatter, and detection of fluorescence in four distinct color regions: > 670 nm (deep red), 653-669 nm (red), 564-606 nm (orange), and 515-545 nm (green).