Equipment available to BME faculty and graduate students for both research and education purposes is outlined below. Please contact Dr. Silke Henrich to set up training and calendar access.
BME Biosafety Level 2 Cell Culture Lab, 1200 Catawba, room 203
The BME Cell Culture Laboratory hosts two Labconco Type A2 cell culture stations: two 6-foot laminar flow hoods equipped with vacuum and 15-amp outlets. In addition, several modern workstations with chemical resistant countertops, shelving system, and 15-amp outlets support benchtop work. The laboratory also houses instrumentation required to support the maintenance of cell cultures and the analysis of cellular responses, including two CO2 incubators, two phase-contrast inverted microscopes equipped with PC controlled digital cameras (VistaVision, VWR), hemocytometers for cell counting, two refrigerated microcentrifuges with a diverse selection of rotors and adapters, an analytical balance (Mettler Toledo), a Bio-Rad CFX96 Real-Time PCR, a Molecular Devices SpectraMax190 absorbance micro plate reader with UV/VIS capability (SoftMax Pro Software), a 4 °C refrigerator, a ‑20 °C freezer, water bath, vortex, shakers, hot plate, and several micropipets and multichannel pipets with different volume capabilities.
BME Fluorescence Microscopy Lab, 1200 Catawba, room 203
Room 204 at 1200 Catawba houses a Nikon Eclipse Ti-E fluorescent microscope with NIS Elements Advanced Research 4.5 imaging software as well as various DNA and protein gel electrophoresis and blotting equipment (Bio-Rad).
BME Imaging and Autoclaving Lab, 1200 Catawba, room 205
This lab houses a Biotek / Synergy 2 Multi-Mode microplate reader with Gen5 Data Analysis software, a Bio-Rad ChemiDoc XRS Molecular Imager, two autoclaves, an ice-machine, a water bath, an Elga Purelab flex3 water ultra-purification system with RO unit, a liquid nitrogen cryobiological storage system, and a ‑80 °C upright freezer.
BME Bioelectronics Lab, 1200 Catawba, room 214
The BME Bioelectronics Lab provides workstations (Great Lakes Neurotechnologies and PASCO) for biomechanical, biochemical, and bioelectronic measurements of physiological parameters such as ECG, EEG, EMG, EOG, respiratory rate, blood pressure, blood oxygen saturation, and other physiological biosignals. The facility is used primarily for undergraduate teaching purposes.