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Enrico Ferrari
Principal Investigator
University of Lincoln
I'm working on
17 days ago
Protein engineering and nanomaterials for nanomedicine, diagnostics and the environment
About
Experimental and computational models for the study of protein and nanomaterials interaction, molecular self-assembly at the nanoscale, nanobiotechnology, nanomedicine, and molecular diagnostics
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Enrico Ferrari
University of Lincoln

High-throughput computational design of herbicide-tolerant protein variants

Computational workflow that rapidly prioritizes herbicide-tolerant protein variants predicted to preserve structure while reducing herbicide binding and supporting expression. Uses LigandMPNN-based substitution scoring, ...

TechnologyConceptualUniversity
Enrico Ferrari
University of Lincoln

Universal dipstick platform for rapid visual detection of nucleic acids via isothermal amplification

A point-of-care diagnostic platform combining loop-mediated isothermal amplification (LAMP) with universal lateral flow dipsticks for fast, visual detection of DNA and RNA targets, including single nucleotide polymorphis...

TechnologyConceptualUniversity
Enrico Ferrari
University of Lincoln

Colorimetric endotoxin detection using gold nanoparticles in glow stick format

A rapid, self-contained colorimetric test for endotoxin detection using gold nanoparticles functionalized with lipopolysaccharide-specific peptides. The glow stick format delivers a visible red-to-purple colour change wh...

TechnologyConceptualUniversity
Enrico Ferrari
University of Lincoln

Programmable protein coatings for functional particle surfaces

Innovative in silico designed protein coatings offer tunable adhesion and responsiveness for particle surfaces. Leveraging recent advances in computational biochemistry, these coatings provide customizable solutions for ...

TechnologyConceptualUniversity
Enrico Ferrari
University of Lincoln

Rapid Salmonella detection using LAMP assay with lateral flow readout

A novel LAMP-LFA assay for rapid and sensitive detection of Salmonella enterica. This method combines DNA amplification with a lateral flow readout, offering minimal labor, time, and equipment requirements. It is suitabl...

TechnologyIn developmentUniversity
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Enrico Ferrari
Principal Investigator
University of Lincoln
Work experience
Medical Research Council
Postdoctoral Scientist
2009 - 2012
Principal Investigator
2004 - 2012
PhD, Nanotechnology
2004 - 2007
Top industry applications
Open to opportunities in
BiochemistryBiosensorsBiotechnologyMolecular BiologyNanotechnology
Last updated Oct 2026
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