Centre for Cell Imaging
Enabling imaging insights through optical microscopy.
The University of Liverpool's Centre for Cell Imaging (CCI) is a world-class resource for imaging projects, a member of the UK Node of Euro-BioImaging and is listed in the Royal Microscopy Society national database.
The Centre provides researchers with a state of the art suite of custom-designed temperature-controlled rooms for optimal live cell imaging.
The facility’s next-generation equipment and resources are supported by experienced and knowledgeable technical specialists and renowned academics to help you make the most of your data.
Click here to access the full Centre for Cell Imaging Facility website
The equipment we offer includes:
We have been recently selected along with another six leading institutions to form the UK Node of Euro-Bioimaging, making it easy for international users to access and book our resources. The CCI works in close collaboration with the Biomedical Electron Microscopy unit and the Centre for Pre-clinical Imaging to enable the best imaging solutions across scales.
We specialise in a range of microscopy techniques including confocal, epifluorescent, lightsheet, high-content, atomic force and super-resolution light microscopy, as well as having expertise in post-acquisition analysis.
All of our systems can be set to maintain sample CO2, temperature and humidity with some of them capable of maintaining low O2 for hypoxic studies.
The whole of the facility is classed as a containment level 2 (CL2) laboratory space and can cater for biological samples up to hazard group 2 (HG2), pending receipt of a health and safety office approved risk assessment.
Our capabilities include:
Back to: Research
Booking duration and rates for facilities and equipment can be flexible depending on your research needs.
Please email us on CCI@liverpool.ac.uk or call 0151 795 5154 to discuss your research.
Existing users can book through BookItLab.
Seven Laser scanning fluorescence microscopes (LSM) providing point by point, high resolution scanning of samples with excellent optical sectioning.
High-throughput imaging (HTI) allows for the generation of quantitative data beyond the cell population level.
A fast-developing field that encompasses fluorescence imaging techniques with the capability to resolve objects below the classical diffraction limit of optical resolution.
High penetration of samples can be achieved on the light sheet microscope where the fluorescence light is shaped as a thin sheet and used to excite a single plane inside the sample.
The Bio AFM-TIRF imaging system allows for atomic force microscopy combined with laser scanning confocal.
F-techniques take advantage of particular aspects of the fluorescence process.
Modern biological imaging produces vast amounts of data.