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Recent Research

Scientific illustration showing a molecule transforming under SPVA, a bar chart comparing ION ABUNDANCE for SPVA, PROTIEN, and MASS in LIPID SPECIES, and a detailed ion abundance plot.

Latest publication from MSREC

Check out the latest study from the Mass Spectrometry Research and Education Center: Advantages of the sulfo-phospho-vanillin assay for lipidomics.

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Gut Feeling: UF Scientists Create Synthetic Mucus to Fight IBD

Prof. Brent Sumerlin and Microbiology Assoc. Prof. Luis Roesch team up to create synthetic mucus out of sheer-labile interaction polymers. Click to read the UF News article (photo courtesy of UF News).

A female scientist in a lab coat and safety glasses examines a petri dish filled with samples in a laboratory. The letters "UF" are visible in orange on her lab coat.

Loesgen Lab Awarded Grant from the Florida Cancer Innovation Fund

Prof. Sandra Loesgen won a grant from the Casey DeSantis Florida Cancer Innovation Fund. Her team will work on the preclinical development of mensacarcin for melanoma and pediatric brain cancers. Click to read the Whitney Lab News article.

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New DNA-Based Imaging Technique Promises to Illuminate Cells and Tissues

UF researchers have developed a DNA-based imaging method that can visualize dozens of biomolecular targets in cells and tissues in just minutes, eliminating the need for complicated instrumentation. This method opens the door to exploring cellular complexity to study cell and tissue functions.

A split image features two men: one smiling in a suit jacket and checkered shirt on a white background, and another with a red beard in a blue polo shirt displaying a UF logo on a grey background.

Electrochemistry Unlocks Low-Temperature Depolymerization

A new study from UF Chemistry introduces the first electrochemically initiated depolymerization of poly(methyl methacrylate), enabling efficient monomer recovery at dramatically lower temperatures. Led by graduate student Graham Gilchrist and coadvised by Profs. Brent Sumerlin and Austin Evans, the work establishes electrochemistry as a powerful new tool for closed-loop recycling of commodity plastics.