The confocal microscopy facility provides researchers with the ability to visualize a variety of samples, from monolayers and small organisms, such as developing fly and fish embryos, to very thick sections from brain and other organ tissues.

This is accomplished using a variety of optical imaging modalities, including laser point (LSCM) and field scanning confocal (CSU), Total Internal Reflectance Fluorescence (TIRF) including super resolution localization, Multi Photon (MP), and Widefield (WF).

These technologies provide us with the highest light microscope resolution obtainable, giving the scientist a clearer picture of macro, cellular, and subcellular structure and function.

We can image single or multiple labeled specimens, using magnifications from 4X to 150X with a temporal resolution up to 400 fps. Our laboratory has experience imaging in mammalian cells, yeast cells, Drosophila and Zebrafish embryos and ovaries, bacteria, sections of brain and other tissues, in both fixed and live specimens.

Quantitative imaging methods such as FRAP, FLIP, and FRET are available. The laboratory also maintains several workstations with software packages for image processing, analysis, and 3D image reconstruction.

The Department of Chemistry houses a comprehensive array of research facilities to support a diversity of scientific work. Staff members expertly maintain each facility and are available to help users set up experiments or interpret results. Our resources facilitate scientific progress from giving chemists a deeper understanding of their data to providing essential characterization of compounds for publication.

The Macromolecular Crystallography core facility contains X-ray and robotic crystallization equipment dedicated to the determination of three-dimensional structures of biological macromolecules. The facility has a Rigaku Ru3HR rotating anode generator with RAXIS IV++ detector and Oxford Cryosystems model 700 cryo equipment for flash cooling samples. The facility also has an Art Robbins Phoenix crystallization robot for setting up crystallization trays with drop sizes in the sub-microliter range and dedicated 20 degree and 4 degree crystallization rooms.

Fees for the services of the core facility are listed on the web site. Scientists outside Princeton University should email the facility manager directly.