Facilities

Super-resolution nanoscopy for high spatial and temporal resolution imaging from whole in vivo animal to sub-70 nm.

3 Cores of instrumentation at the interface of life science and engineering: Genetics, Analytical, and Cell Culture Cores.

A broad range of High-Performance Computing resources for researchers.

Advanced electron imaging tools for biomolecular, molecular, materials sciences, cell biology, and microbiology.

A makerspace facility where innovators can fabricate and test their ideas using tools that are well-suited for beginners.

The DCB Mass Spectrometry Facility operates a Bruker microflex LRF MALDI-TOF, a Waters LCT Premier ESI-TOF, and a GCT Premier GC-TOF with multiple ionization options.

Tools for making microfluidic devices: cast PDMS, machined polymer devices, and thermally molded polymer flow channels.

Equipment for materials characterization including TEMs, FE-SEMs, AFMs, FIB, dedicated XPS and SIMS systems, and sample preparation.

Industrial strength HTS at >60k wells/assay/diem and a curated small molecule library, shRNA, cDNA, siRNA libraries, and CRISPR sets.

Microscopy for characterizing surface, adsorbates, nanostructures, materials, and devices at the atomic and molecular scales.

Equipment for the synthesis of polymers and monomers (Schlenk lines) as well as for polymer analysis.

State-of-the-art magnetic resonance instruments in solution NMR, solid-state NMR, MRI, Rheo-NMR, PFG-Diffusion, DNP-NMR, and EPR.

Characterization of Thermal, Electronic/Elemental, Magnetic, Porosity, and Optical properties of materials and chemicals.

9,700 sq ft cleanroom for nanofabrication and characterization integrating semiconductor tools with biological, chemical, and medical substrates.

State-of-the-art diffraction tools for characterizing structural properties of materials including polymers and biological materials.