The Bio-Imaging and Cell Analysis suite, provides users with a variety of different approaches to image their samples. Services provided include Confocal microscopy, FACs analysis and sorting, High Content Imaging and Analysis, and an advanced Hypoxic Imaging Facility. Training and assistance are provided at all levels, including guidance on planning your imaging experiments and preparing your samples, and help with image/data analysis.
Our bio-imaging instruments are employed in a variety of different projects, including studies of inflammatory diseases, cancer research, stem cell biology, diabetes, neuroscience, developmental biology, and drug discovery.
Confocal laser scanning microscopy
The Confocal laser scanning microscopes enable researchers to create detailed 3D pictures of cell organelles and to examine ‘live’ cells through incubation systems that facilitate the study of cellular changes over time.
- LSM880 with Airyscan and Multiphoton laser
Read on to learn about Second Harmonic Generation microscopy.
- Becton Dickinson flow cytometer FACSCanto
- Becton Dickinson flow cytometer FACSARIA III
Advanced hypoxic imaging facility
Our hypoxic imaging facility consists of three state-of-the-art analytical instruments to study in vitro cell function under hypoxic conditions. Each instrument will measure different aspects of cell or molecular function under continuous hypoxic conditions. The facility includes a Leica Dmi8 Imaging Microscope, and a BMG Labtech CLARIOstar plate reader with regulated oxygen control.
With this facility we can control oxygen levels to study different aspects of cell function, from a single cell through to entire cell populations. This will provide cell models that mimic oxygen levels in living systems. We use these cell models to explore the effects of oxygen deprivation, which can lead to tissue damage and disease.
- Baker Ruskinn Sci-tive Hypoxic workstation housing an advanced Leica Dmi8 imaging microscope
- BMG Labtech CLARIOstar plate reader with regulated gas control
Please see our internal wiki pages.