Surface functionalization
Biosensor surface functionalization prepares a surface so it can selectively recognize a biological target.
Technical overview
ImmunoLyte supports surface preparation across multiple metallic biosensor formats.
ImmunoLyte approach
ImmunoLyte uses UV-PIT antibody activation to help build stable, oriented IgG bioreceptor layers on metallic formats.
Platform bridge
It connects antibody functionalization and UV-PIT activation with SPR, QCM, nanoparticle and lateral-flow applications.
How it works
Choose platform
SPR, QCM, nanostructure, nanoparticle or another metallic format.
Activate surface chemistry
Apply the ImmunoLyte UV-PIT process.
Create bioreceptor layer
Immobilize antibodies with oriented functionalization.
Develop assay
Use the prepared surface in biosensor R&D or diagnostic workflows.
Key benefits
1
Multiple biosensor formats
Covers flat metallic substrates, nanostructures, nanoparticles and related biosensor surfaces.
2
Oriented IgG focus
Keeps oriented IgG functionalization at the center of the workflow.
3
Fast UV activation
The main ImmunoLyte communication describes IgG activation at 254 nm in about 30 seconds.
4
Connected workflows
Connects surface preparation with SPR, QCM, nanoparticles, lateral flow and diagnostic R&D.
Applications
SPR surfaces
Optical biosensor workflows.
QCM crystals
Mass-sensitive biosensing.
Nanostructures
Advanced metallic sensor surfaces.
Gold nanoparticles
Particle-based detection formats.
Lateral flow
Diagnostic assay reagent workflows.
Technical highlights
| Core technology | UV-PIT photo-activated antibody functionalization |
| Main target | IgG antibody activation and oriented immobilization |
| Activation timing | Main ImmunoLyte communication describes IgG activation in about 30 seconds |
| Formats | Metallic surfaces, flat substrates, nanostructures and nanoparticles |
| Relevant platforms | SPR, QCM, magnetoelastic sensors and diagnostic assay development |
| Commercial contact | PRO-COM Alta Tecnologia s.r.l. – procomat@procomat.it |
Functionalization overview
FAQ
Which biosensor formats are covered?
ImmunoLyte communication covers metallic surfaces, flat substrates, nanostructures, nanoparticles, SPR, QCM and other biosensor workflows.
What is the role of surface functionalization?
Surface functionalization prepares the biosensor interface so antibody-based recognition can be integrated into the selected measurement workflow.
Where can I go for platform-specific details?
Use the related ImmunoLyte pages for antibody functionalization, UV-PIT, SPR, QCM, gold nanoparticles and lateral-flow workflows.
Explore related ImmunoLyte topics
Continue with related ImmunoLyte workflows and application areas.
Ready to discuss Biosensor Surface Functionalization?
Contact PRO-COM Alta Tecnologia s.r.l. for technical information, availability and commercial details.