The Institute of Molecular Biophysics multi-user macromolecular crystallography facility provides training, expertise, and assistance for crystallizing and determining the three-dimensional structures of biological macromolecules and their complexes. It is available to all members of FSU and other SUS Institutions.
The facility has stereo-zoom microscopes, and Rubarth Rumed crystallization incubator maintained at variety of temperatures. The Facility has licensed software for data processing and analysis.
It has an Art Robbins Crystal Gryphon crystallization robot, Formulatrix Rock Imager 01, and Formulatrix Formulator 16.
It has long-term cryo dewars for sample storage and cryo dewar for shipping samples.
The Facility has RAID system to store user data. It also coordinates user data collection at national synchrotron x-ray beamlines.

The Protein Expression Facility (PEF) at Florida State University is dedicated to functioning as a full-service and shared resource facility providing a comprehensive range of custom protein production services to Florida State University investigators and throughout the scientific community. With the availability of specialized protein production scale-up services, including consultation, technical support, and optimization of production runs, the core offers state-of-the-art facilities with bioprocessing capabilities that meet clients' needs alongside the highest quality standards. The PEF provides protein expression services based on 3 recombinant platforms of mammalian, microbial, and insect-based systems. A small-scale test expression, expression optimization, and large-scale expression package can be provided in each case. The primary expression system used is E.Coli, suspension-based CHO or HEK293, and Sf9 insect cells. With the ability to utilize three platforms, the PEF can produce a broad range of proteins for various downstream applications, with operations going from research lab-based protein yields to scaled-up protein production yields using pilot-scale bioreactor/fermenter systems. With advanced biochemical engineering techniques, protein yields can significantly increase.