Cores Instrumentation Page – UCLA CORES

Instrumentation

Database courtesy of the UCLA-DOE Bioinformatics and Computational Core Technology Center
Click a Core below and scroll down for a list of instrumentation available through the selected Core.

To search by key words or names, click here

Advanced Light Microscopy/ Spectroscopy [14]	Behavioral Testing Core [3]	Bio-NMR Core Technology Center [3]	BRI Electron Microscopy Core [3]	BRI Microscopic Techniques Core [4]
BSCRC Flow Cytometry Core [1]	BSCRC-MCDB Microscopy Core [1]	Cellular Bioenergetics Core [1]	CNSI Advanced Light MicroscopySpectroscopy [10]	Crump Institute [9]
Crump Institute Cyclotron and Radiochemistry Technology Center [2]	Crump Institutes Preclinical Imaging Technology Center	Electron Imaging Center for NanoMachines [19]	Human Performance Laboratory [6]	Immune Assessment Core [5]
ImmunoBioSpot and Cytometrics Core [3]	MIC Magnetic Resonance Facility [7]	MIC Mass Spectrometry and Proteomics Facility [10]	MIC Materials Characterization Laboratory [17]	Mouse Physiology Core [6]
Nano and Pico Characterization Laboratory [18]	Pasarow Mass Spectrometry Laboratory [6]	Protein Expression Technology Center [10]	The Gene and Cell Therapy Core [1]	Translational Pathology Core Laboratory [2]
UCLA Clinical Microarray Core [3]	UCLA Flow Cytometry Core [4]	UCLA ICP-MS Facility [1]	X-ray Crystallography Condition Screening [3]	X-ray Crystallography Technology Center (Macromolecular) [3]
X-Ray Diffraction Laboratory (Small Molecule) [4]

Crump Institutes Preclinical Imaging Technology Center [2]

Columns are sortable

Instrument	Location	Contact	Notes
Inveon PET scanner [More information]	California NanoSystems Institute, Rm 2112	Jason Lee jasontlee@mednet.ucla.edu 310-794-2224
Inveon PET scanner [More information]	California NanoSystems Institute, Rm 2112	Jason Lee jasontlee@mednet.ucla.edu 310-794-2224	This is an LSO-based PET scanner capable of imaging both mice and rats. It has up to 12.7cm axial field of view (FOV), 12cm bore diameter, 1.44mm FWHM, and 10% sensitivity at center FOV. Reconstruction algorithms include FBP, OSEM and MAP. Imaging chambers include heating and anesthesia.