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	Crump Institutes Preclinical Imaging Technology Center [2]	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 Institute Cyclotron and Radiochemistry Technology Center [2]

Columns are sortable

Instrument	Location	Contact	Notes
Automated radiosynthesizer (ELIXYS, Sofie Biosciences, Inc.) [More information]	CNSI 2211	R. Michael van Dam mvandam@mednet.ucla.edu 310-206-6507	The ELIXYS radiosynthesizer is capable of automated synthesis of radiolabeled compounds for applications such as positron emission tomography. With three reaction vessels, the ability to withstand reaction pressures up to ~200 psi, and support for intermediate cartridge purification steps, it is capable of carrying out a wide range of complex or simple synthesis protocols. Protocols have been established for a large a growing list of compounds labeled with fluorine-18 and other isotopes.
Cyclotron (RDS-111 Eclipse HP, Siemens) [More information]	CNSI 2211	R. Michael van Dam mvandam@mednet.ucla.edu 310-206-6507	The RDS-111 cyclotron is a self-shielded, 11 MeV negative-ion proton accelerator for production of positron-emitting isotopes such as F-18, C-11, N-13, and O-15.