The recently updated Bruker/Varian liquid state 500 Nuclear Magnetic Resonance (NMR) Spectrometer provides a higher resolution capability than the 400 NMR and also includes an automatic sample tube changer for higher throughput. The auto sampler and recent console upgrade provide efficient and excellent results.
This NMR is used by researchers in chemistry, chemical engineering, and other disciplines also for chemical structure analysis.
The Bruker 700 Nuclear Magnetic Resonance (NMR) Spectrometer is a state of the art instrument which also includes vast capabilities including a Cyroprobe. This system is designed to support the high demands of biochemistry applications as well as high resolution chemistry applications.
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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).
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 Quantachrome NOVA 2200E BET Surface Area Analyzer is used to measure surface areas, pore volume and pore size distribution in materials.
The Invitrogen EVOS™ FL Auto 2 Imaging System is a fully automated, high-performance, inverted, multi-channel fluorescence and transmitted light imaging system.
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 Q800R3 includes a chiller system to control temperature, digital operating system with programmable memory, high intensity ultrasonics and sound reducing enclosure.
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 BioRadV3 Chemidoc Imager is used for in-gel protein imaging and quantification.
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.
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The Olympus IX81 inverted fluorescense/brightfield microscope has a motorized stage and stage inserts to accommodate multiwell plates or glass slides.
The Zeiss Axioplan 2 Imaging upright fluorescence/brightfield microscope has six objective lenses: 2.5X/0.075, 10X/0.30, 20X/0.50, 40X/1.30, 63X/1.25, 100X/1.40.
The Olympus SZX9 Stereomicroscope is especially useful for inspecting/imaging 3D macroscopic objects.
The Thermo Scientific LTQ Obitrap Velos provides exact mass measurements (m/z 50-4000) with resolution of >60,000 and mass accuracy of <3 ppm, or 1 ppm with the use of lockmass.
The multiple fragmentation techniques, high collision dissociation(HCD) and collision induced dissociation (CID), enable complete structural information to be obtained through MS and MSn analysis.
The Thermo Scientific Orbitrap LTQ XL mass spectrometer provides accurate mass measurement (<10 ppm) with high resolution (600,000) and sensitivity (low fetomole to high attomole level).
The Thermo Scientific LTQ XL™ Linear Ion Trap Mass Spectrometer provides accurate mass measurements (m/z 50-4000) with resolution of 600,000 and high sensitivity (low fetomole to high attomole level).
GeovisION is a complete solution for stable isotope analysis in the earth sciences and other areas of study. It comprises of both the Isoprime visION stable isotope analyzer and the vario PYRO cube elemental analyzer.
The Centro XS3 LB 960 luminometer is a versatile instrument with patented cross talk reduction and dual reagent injection provides high sensitivity and superior precision and accuracy.
The Molecular Devices SpectraMax M2e Microplate Reader uses UV-Vis absorbance (200-1000 nm), fluorescence intensity (excitation 250-850 nm, emission 250-850 nm), chemiluminescence intensity (250-850 nm), and time-resolved fluorescence (50-1450 µsec, 200 µsec increments) to obtain measurements from cuvettes and well micoplates (6, 12, 24, 48, 96, and 384).
The Applied Biosystems ViiA 7 Real-Time PCR (RT-PCR) offers high throughput and sensitivity. The ViiA™ combines all of the qPCR features you want in a single high performance instrument, so that you get the fastest results with the highest quality for your research.
SEM: Field emission electron emitter, low vaccuum capability. FIB: Tungsten and Platinum gas injection needles and micromanipulator (EZ Lift needle). Electron detectors: backscaterrered, transmission and low vacuum. Microanalysis: EBSD (OIM), XEDS. Cryo stage is also available. NPGS Electron beam lithography.
FEI Scios 2 - Dual Beam 2 with Focused Ion Beam
SEM: Field emission electron emitter, low vacuum capability. FIB: Tungsten and Platinum gas injection needles and micro-manipulator (EZ Lift needle). Electron detectors: back-scaterred, transmission and low vacuum. Micro-analysis: EBSD (OIM), XEDS. Cryo stage is also available. NPGS Electron beam lithography.
FEI Technai Transmission Electron Microscope
200 KV field emission emitter. X-ray detector (no scanning capability). 4K Gatan One View Camera. Cryo stage and Vitrobot. In situ heating and straining holders.
Simple and easy to use SEM equipped with an XEDS
JEOL JEM-1010 Transmission Electron Microscope
100 KV LaB6 electron emitter. CCD camera.
Horiba LabRam HR Evolution
Four lasers (532, 633, 785 and 1064 nm). Cryo stage.
AIST AFM
FARO Quantum M - Non contact metrology scanner with 7-axis of motion, non-contact scanning or touch probe data collection, and meets ISO 10360-12:2016 accuracy standards.
FARO Cobalt (9MP) mounted on FANUC M710iC - Non contact metrology scanner mounted on a 6-axis robot arm and paired with a 36" diameter rotary table. Scanner hosts a 250mm field of view, 0.063mm point spacing, and 0.027mm accuracy.
The Zeiss Xradia 610 Versa is an X-Ray Microscope which 3D images to a resolution of less than 1 micron. Similar to a Micro Computed Tomography (Micro CT) system, the 610 Versa can evaluate samples from a variety of fields of study with biological and material science being most common, at very high resolution. The X-Ray source, microscope objectives and automatic positioning stage provide high throughput with high resolution images.
Post processing software, Dragonfly Pro is available on a separate workstation to complete the visualization and data analysis.
Nanoscribe Photonic Professional GT.
Operates using a two photon polymerization process, where a laser cures parts of a fluid photosensitive material. Resolution as low as 200 nanometers.
The Olympus OLS5000-SAF laser scanning confocal microscope uses reflective confocal imaging technique to create 3D reconstructions of specimen. Commonly used to quantify the surface features of specimen, this microscope is a valuable tool for many material science applications.
The Tescan Lyra 3GMU FIB Scanning Electron Microscope (SEM) is a dual beam field emission microscope.
The Nikon A1R HD laser scanning confocal microscope provides the ability to reconstruct from 2D slices, relatively thick, fluorescently-labeled samples.. This instrument can produce very high resolution 3D and 2D datasets of biological and other samples.
The Sony SH-800 Flow Cytometer/Sorter is an easy to use cytometer/sorter that can perform cell and particle two way sorting as well as counting. The SH-800 uses 4 lasers (405nm, 488nm, 561nm, 638nm) with a max power of 30mW providing both analysis and sorting of cell populations for further processing.
The Kratos Supra is an X-Ray Photoelectron Spectrometer (XPS) that can provide highly accurate and fast acquisition of data for elemental analysis and elemental mapping of material surfaces.
It is often used across a variety of fields of study including natural resources, material science, civil, chemical and mechanical engineering. Typical applications include corrosion studies, material identification and classification as well as contamination identification.