Office of Research has a variety of equipment to support your project. This equipment is purchased with Top-Slice funds. To learn more about how to request to use Shared Equipment, email the listed faculty member below connected to the piece of equipment.
EQUIPMENT |
DESCRIPTION |
DEPARTMENT |
LOCATION |
CONTACT |
|
Metabolic Phenotyping System |
|
Biochemistry & Molecular Biology |
BMSB G03 |
Meilan Liu |
|
EVOS FL Auto |
Automated Multichannel Fluorescence Imaging System |
Biochemistry & Molecular Biology |
|
Karlett Parra |
|
Victor X3 with Dual Injectors |
Victor X3 multilabel plate reader with dual injectors and plate stacker is a next-generation plate reader packing a powerful assortment of capabilities and performance level |
Biochemistry and Molecular Biology |
|
Karlett Parra |
|
ChemiDoc Imager |
imaging and quantitative analysis of nucleic acids or proteins in gels or on bolts |
Biochemistry and Molecular Biology |
|
Meilan Liu |
|
QS3 0.1ML QPCR System |
The quantitative analysis of nucleic acids is fundamental |
Biochemistry Molecular Biology |
|
Xiang Xue |
|
Nuance Spectral Imaging System, Cri |
Enables imaging of multiple molecular markers in tissue sections for both fluorescence and brightfield, even when they are co-localized. |
Cancer Center Fluorescence Microscopy Facility |
CRF 226 |
Angela Wandinger-Ness |
|
Ultracentrifuge |
A versatile ultracentrifuge for high speed separation of biological molecules |
CCC |
|
Alan Tomkinson |
|
DMT Pressure Myograph System 120CP, Olympus Inverted Microscope IX51 |
|
Cell Biology |
BRF232 |
Melissa Nuttall |
|
IncuCyte FLR |
|
Cell Biology & Physiology |
Fitz 158 |
Helen Hathaway |
|
Seahorse XF24 Extracellular Flux Analyzer |
|
Cell Biology & Physiology, Biochemistry & Molecular Biology, Molecular Genetics & Microbiology, Neurosciences, and Pathology |
BRF G21 |
Lee Anna Cunningham |
|
Hypoxic Subchamber Culture System |
|
Cell Biology and Physiology |
BRF 240 |
Nikki Jernigan |
|
DMT Multichamber myograph system |
|
Cell Biology and Physiology |
BRF 232A |
Nancy Kanagy |
|
Upgrade of the Cell Biology and Physiology Spinning Disk Confocal System |
|
Cell Biology and Physiology |
BMSB 158 |
Jay Naik |
|
TBR4100-424T Free Radical Analyzer |
Real-time detection and measurement of a variety of redox-reactive species is fast and easy using the electrochemical (amperometric) detection principle. |
College of Pharmacy |
RIB 2nd Floor, Suite 250 |
Changjian (Jim) Feng |
|
Quaternary Pump High Performance Liquid Chromatography (HPLC) System |
|
College of Pharmacy |
NRPH B76 (basement) |
Matthew Campen |
|
Accuri C6 Flow Cytometry System for BSL2-based Cell Characterization |
|
College of Pharmacy |
RIB, 2nd floor, Suite 250, Room 251 |
Pamela Hall Debra MacKenzie |
|
High Throughput Electrical Cell-substrate Impedance System for Pharmacological andToxicological Screening |
|
College of Pharmacy |
COP Building |
Matthew Campen |
|
Endo-PAT System |
Endopat device to measure endothelial dysfunction |
College of Pharmacy |
|
Joe R. Anderson |
|
Image Analysis System/Image Station 4000MM |
|
College of Pharmacy |
RIB 2nd Floor, Suite 250, Room 254 |
Debra MacKenzie |
|
Malvern Zetasizer Nano ZS advanced Nanomaterial/Macromolecular Analysis |
|
College of Pharmacy |
MRF, 2nd floor, Suite 220, Room 220 |
Pavan Muttil |
|
HP Liquid Chromatograph |
|
College of Pharmacy Pharmaceutical Sciences |
MRF 2nd floor, Suite 220 |
Linda Felton |
|
Sterilizer/Autoclave Replacement |
|
College of Pharmacy, Pharmaceutical Sciences |
NRPH B31 (basement) -not yet installed, slated for B31 |
Debra MacKenzie |
|
Differential Scanning Calorimeter Upgrade |
|
College of Pharmacy, Pharmaceutical Sciences |
MRF, 2nd floor, Suite 220 |
Cody Wiley |
|
Pulmonary Function Testing for Rodents (Flexivent) |
|
College of Pharmacy, Pharmaceutical Sciences |
NRPH B68 (basement) |
Matthew Campen |
|
IX83 Motorized Inverted Microscope with 4 channels forfluorescence imaging |
Live Cell Imaging with Motorized Stage for Pharmacological and Toxicological Testing |
College of Pharmacy, Pharmaceutical Sciences |
Laurie G. Hudson |
|
|
UHPLC Equipment for Pharmaceutical Sciences |
To detect drug concentrations for a wide range of basic science applications in the field of pharmaceutical sciences, including: biomarker detection and quantification, drug discovery, routine drug analysis (e.g. dissolution studies), quality control procedures (e.g. drug uniformity studies), monographed analytical testing for drug products, and separation in a variety of samples of similar molecules (e.g. drug metabolites). |
College of Pharmacy, Pharmaceutical Sciences |
|
Jason Weick |
|
Nanospore GridIONx5 Sequencer |
Main genetic sequencing and data analysis system, with 1 year of support |
College of Pharmacy, Pharmaceutical Sciences |
|
Matthew Campen |
|
Lab Renovation For NM Center for Metals in Biology and Medicine |
Lab Renovation For NM Center for Metals in Biology and Medicine |
College of Pharmacy, Pharmaceutical Sciences |
|
Matthew Campen |
|
High Sensitivity Plate Reader with Advanced Capabilities for Fluorescence Polarization, Time-Resolved Fluorescence, and Western Blot Imaging |
The Molecular Devices SpectraMax iD5 Multi-Mode Microplate Reader requested has essential microplate functions that include state-of-the-art absorbance, fluorescence, and luminescence analyses capabilities as well as advanced functions that include tunable fluorescence polarization, time-resolved fluorescence, and western blot detection, essential for drug discovery, pharmaceutics, pharmacological and toxicological analyses. |
College of Pharmacy, Department of Pharmaceutical Sciences |
|
Todd Thompson |
|
ELITE™ Series Body Plethysmography System by Medgraphics |
|
CTSC |
CTSC Pulmonary lab |
George Garcia |
|
DedMaster EX Software |
|
Emergency Medicine |
Emergency Dept. |
Darren Braude |
|
Sonosite TEExi probe with bite hole detector and m-turbo docking station, Sonosite M-Turbo ultrasound machine |
Out-of-hospital Transesophageal Echocardiography |
Emergency Medicine |
|
Darren Braude |
|
Cytek Aurora 4-Laser Spectra Flow Cytometer |
|
Internal Medicine |
Flow cytometry core |
Eric Bartee |
|
A Versatile Laser Scanner for Biomolecular Imaging |
|
Internal Medicine |
CRF 214 |
|
|
Lunar PIXImus DEXA Densitometer |
The Lunar PIXImus DEXA Densitometer (Lunar PIXImus I) Lunar PIXI X-ray densitometer with PIXImus software for automated Total Body and manual ROI bone |
Internal Medicine, Div. of Molecular Medicine, Cancer Center) |
|
Eric Prossnitz |
|
BioTek's Synergy™ H1MF Hybrid multimode plate reader |
Multimode Microplate reader for Absorbance, Fluorescence and Luminescence acquisition |
Memory and Aging Center |
|
Gary Rosenberg |
|
Equipment for a Non-Select Agent Animal Biosafety Level-3 (NSA-ABSL3) Core |
|
Molecular Genetics and Microbiology |
Fitz Hall 353 |
Vojo Deretic |
|
The Seahorse XFe24 Analyzer |
uses label-free technology to provide powerful metabolic data from live cells in real-time |
Molecular Genetics and Microbiology |
|
Judy Cannon |
|
Transcranial Magnetic Stimulator |
A noninvasive method used to stimulate small regions of the brain |
Neurology |
CTSC physiology lab |
Sara Pirio-Richardson |
|
OPTIMA L-90K Ultracentrifuge from Beckman Coulter |
|
Neurology |
Dom Hall 1311 |
Surojit Paul |
|
Nikon TiS Inverted Microscope |
|
Neurology |
Dom Hall 1327-B |
Jeffrey Thompson |
|
Stage Top microscope incubator for live cell imaging under normoxic and hypoxicconditions |
|
Neurology |
|
Surojit Paul |
|
Liquid Scintillation Counter LS 6500 with Color Monitor and Hot Graph (Beckman Coulter) |
|
Neurology and College of Pharmacy |
Dom Hall 1311 |
Jeffrey Thompson |
|
Cryostat |
|
Neurology and College of Pharmacy |
Dom Hall 1311 |
Jeffrey Thompson |
|
LI-COR Odyssey® Infrared Imaging System |
|
Neurosciences |
Fitz Hall 113 |
Dan Savage |
|
Optima L80XP Biosafe Centrifuge with SW-32Ti Rotor |
|
Neurosciences |
Fitz Hall 229 |
Fernando Valenzuela |
|
Fluor-S Max Multi-Imager System |
|
Neurosciences |
Fitz Hall 113 |
Nora Perrone-Bizzozero |
|
San Diego Instruments Photobeam Activity |
|
Neurosciences |
Fitz Hall 223 |
Jonathan Brigman |
|
Noldus Information Technologies CatWalk XT Advance Gait Analysis |
|
Neurosciences |
Dominici Hall (260) 1131C |
Jason Weick |
|
Plexon CinePlex Behavioral Research System v3.5 |
|
Neurosciences |
Fitz Hall 145 |
Jonathan Brigman |
|
WesTM by Protein Simple |
Automated protein Analysis System |
Neurosciences |
|
Nora Perrone-Bizzozero |
|
PET CT for H215 O Studies |
|
Neurosurgery |
Multiple Locations |
Andrew Carlson |
|
15-N Target |
Equipment for clinical Quantitive measurement |
Neurosurgery |
|
Andrew Carlson |
|
Premier Fluoroscan Imaging system-Refurbished Mini C-Arm |
|
Orthopaedics & Rehabilitation |
|
Thomas Decoster |
|
Low Capacity Mechanical Load Frame for Soft-Tissue and 3D Bio-Printed Scaffold Characterization |
perform tensile, compression, bend, peel, tear, puncture, creep, and cyclic tests on all raw materials and finished goods |
Orthopaedics & Rehabilitation |
|
Christina Salas |
|
Agilent Bioanalyzer 2100 |
|
Pathology |
Fitz Hall 306C |
Cathleen Martinez |
|
Bio-Rad Chemidoc XRS System |
|
Pathology |
CRF 214 |
Mara Steinkamp |
|
Solid State UV Laser |
|
Pathology |
CRF217 |
Wade Johnson |
|
A 5-Laser Flow Cytometer for High-Speed Cell Sorting in the UNM Flow Cytometry Shared Resource |
|
Pathology |
CRF 217 |
Wade Johnson |
|
High Resolution Microscopic Imaging for Deconvolution in the Fluorescence Microscopy Shared Resource |
|
Pathology |
CRF 212 |
Angela Wandinger-Ness |
|
Instrumentation for protein-protein association quantitation and kinetic analysis |
|
Pathology |
CRF 207 |
Diane Lidke |
|
HC FluotarL/Tokai Hit live-cell Imaging System |
Long-working-distance objective and live-cell imaging chamber to expand capabilities of the microscopy core's leica TCS-SP8 laser scanning confocal microscope |
Pathology |
|
Angela Wandinger-Ness |
|
Aperio AT2 Imaginer |
digital imaginer, which captures light images for use in tissue analysis such as biomarkers studies and basic and translational research. **Note - this item was listed as Aperio AT2 Imager - it is actually the Versa model. We were prepared to purchase the AT2 model when the Versa became available and we updated the order to the new model. |
Pathology |
Fitz 306C |
Cathleen Martinez |
|
LabCyte Echo 555 Acoustic Dispenser |
Filling a Gap in Sample Handling for Drug Discovery/Repurposing and Genomics |
Pathology |
|
Matthew Garcia |
|
MSCSQuant Analyzer 10 |
A Versatile Flow Cytometer for Multi-Color Analysis |
Pathology |
|
Jennifer Gillette |
|
Multi-line TIRF Microscope for Super Resolution (dSTORM) and Single Molecule Imaging |
investigating molecular interactions at or near the plasma membrane. |
Pathology |
|
Diane Lidke |
|
Live Cell Fluorescent Imaging System |
Sartorius IncuCyte S3 Live Cell Analysis System |
Pathology |
|
Mara Steinkamp
|
|
Analytical Flow Cytometer |
|
Pathology |
CRF 217 |
Wade Johnson |
|
Two-photon Confocal Microscope |
|
Pathology |
CRF 226 |
Angela Wandinger-Ness |
|
Real Time PCR for the Pathology Department Joint Use Laborator |
|
Pathology |
Fitz Hall 329 |
Elaine Bearer |
|
SphygmoCor Pulse Wave Velocity System |
|
Pediatrics |
CTSC Coordinators Office |
Craig Wong |
|
X3 Pro Package Pressure Mapping System |
|
Pediatrics |
ACC 3rd floor |
Carla Wilhite |
|
Syngo.via VA20 |
|
Psychiatry |
Practice Bldg, 4th floor |
Juan Bustillo |
|
Brain Stimulation Electromagnetic Modeling Software System |
Simpleware and Comsol are computer programs that allow individual MRI images to be turned into three-dimensional models that represent the flow of electromagnetic energy through the brain and surrounding tissues. |
Psychiatry |
|
Davin Quinn |
|
The Magventure MagPro X100 Transcranial Magnetic Stimulator with MagOption |
An Updated Transcranial Magnetic Stimulator for Neuromodulation Research |
Psychiatry and Behavioral Sciences |
|
Davin Quinn |
|
Transcranial Doppler and Carotid Ultrasound |
|
Psychiatry, Neurology |
|
Christopher Abbott |
|
A Versatile Laser Scanner for Biomolecular imaging |
|
Internal Medicine |
CRF 214 |
Research Facility Director |
