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Nikon Multiphoton

Nikon Multiphoton / Super Resolution Imaging System

We are pleased to announce a new Nikon Multiphoton / Super Resolution Imaging System coming this fall. This advanced Nikon A1RMPsi-STORM 4.0 will allow UF researchers to image deeper than […]

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Bovine pulmonary artery
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CTAC

The MBI Cell & Tissue Analysis Core (CTAC) has been established to provide a centralized imaging and analysis resource for the UF/MBI research community. The CTAC maintains high-end instrumentation as well as standard microscopy systems for the acquisition and analysis of bright field, ultrasonic, intravital, fluorescent, and bioluminescent data from both in vitro and in vivo experimental models. The Histology Self-Serve Lab houses several Histology instruments for hands-on access, as well as the ability to process and paraffin-infiltrate your "fixed" tissues.

Recent News

New Multiphoton / Super Resolution Imaging System Coming to CTAC

New Multiphoton / Super Resolution Imaging System Coming to CTAC

We are pleased to announce a new Nikon Multiphoton / Super Resolution Imaging System coming this fall. This advanced Nikon A1RMPsi-STORM 4.0 will allow UF researchers to image deeper than […]

How do fireflies glow?

New discovery behind the chemistry that creates the glowing reaction.

Neuron Light Switch Now Goes “On” and “Off”

A new optogenetic protein gives neuroscientists more control over brain circuits.

Mouse Brain Connections Mapped

Achievement represents the most detailed analysis of the mouse brain yet.

Recent Relevant Pubs

Spatial Patterning: Self-organizing human cardiac microchambers mediated by geometric confinement

Human induced pluripotent stem cells can be pushed toward different fates (pink versus blue) depending on their positions within a confined space.

A naturally monomeric infrared fluorescent protein for protein labeling in vivo

Infrared fluorescent proteins (IFPs) provide an additional color to GFP and its homologs in protein labeling.

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