CFG200-10 200 nm Green Carboxyl Fluorescent Particles 1%

200nm Green Carboxyl Fluorescent Particles

CFG200-10 Green Carboxyl Fluorescent Particles are 200 nm fluorescent particles functionalized with reactive carboxyl (-COOH) groups on the particle surface.

Supplied at 1% solids, these particles combine green fluorescence with carboxyl surface functionality, making them suitable for biomolecule conjugation, fluorescent assays, labeling, imaging, particle tracking and other life science research applications.

Product Specifications

Key Features

• 200 nm fluorescent particles

• Green fluorescence

• Carboxyl (-COOH) functionalized surface

• 1% solid content

• Reactive surface for biomolecule conjugation

• Suitable for EDC/NHS coupling chemistry

• Suitable for fluorescent assay development

• Suitable for biomolecule labeling

• Suitable for fluorescence imaging

• Suitable for particle tracking

• Suitable for life science research

Carboxyl-Functionalized Surface

CFG200-10 features reactive carboxyl (-COOH) groups on the particle surface.

The carboxyl-functionalized surface provides reactive sites for covalent attachment of suitable biomolecules, allowing the particles to combine fluorescent detection with surface conjugation.

Compared with non-functionalized fluorescent particles, Green Carboxyl Fluorescent Particles are suitable for applications requiring both optical detection and biomolecule immobilization.

EDC/NHS Biomolecule Conjugation

The surface carboxyl groups of CFG200-10 can be activated using EDC/NHS coupling chemistry for covalent attachment of suitable amine-containing biomolecules.

Potential conjugation targets include:

• Antibodies

• Proteins

• Peptides

• Other amine-containing biomolecules

This combination of fluorescence and reactive surface chemistry makes CFG200-10 suitable for functional fluorescent particle systems.

Applications

CFG200-10 Green Carboxyl Fluorescent Particles are suitable for:

• Biomolecule conjugation

• Antibody conjugation

• Protein immobilization

• Fluorescent assays

• Immunoassay research

• Fluorescent labeling

• Fluorescence imaging

• Fluorescence microscopy

• Particle tracking

• Biosensor development

• Diagnostic research

• Life science research

Green Carboxyl Fluorescent Particles for Assay Development

CFG200-10 combines a defined 200 nm particle size, green fluorescence and reactive carboxyl surface chemistry.

The fluorescent signal enables optical detection, while surface carboxyl groups provide reactive sites for biomolecule immobilization. This combination makes the particles suitable for fluorescence-based assay development where both detection and surface conjugation are required.

Green Carboxyl Fluorescent Particles for Biomolecule Conjugation

The carboxyl-functionalized surface of CFG200-10 allows suitable antibodies, proteins, peptides and other amine-containing biomolecules to be conjugated using appropriate coupling chemistry.

After conjugation, the particles can be evaluated for fluorescent labeling, assay development and other fluorescence-based research applications.

Green Fluorescent Particles for Imaging and Tracking

The combination of a 200 nm particle size and green fluorescence makes CFG200-10 suitable for compatible fluorescence imaging and particle tracking research.

Potential applications include:

• Fluorescence microscopy

• Particle localization

• Particle distribution studies

• Fluorescent tracer studies

• Nanoparticle tracking

• Fluorescence-based analytical research

Why Choose SHBC CFG200-10?

SHBC CFG200-10 combines:

• 200 nm particle size

• Green fluorescence

• Carboxyl (-COOH) functional groups

• 1% solid content

• Biomolecule conjugation capability

• Fluorescent detection

• EDC/NHS coupling compatibility

SHBC also provides technical support and customization options for fluorescent particle applications.

Storage and Handling

• Protect from unnecessary light exposure.

• Keep the container tightly sealed.

• Mix gently before use to obtain a uniform suspension.

• Avoid contamination during handling.

• Do not allow the particle suspension to dry.

• Follow the product documentation for specific storage conditions.

Customization Service

SANYU GROUP provides customized Green Carboxyl Fluorescent Particles for different research and application requirements.

Customization options may include:

• Particle size

• Fluorescence properties

• Surface functionalization

• Solid content

• Packaging

• OEM production

• Bulk supply

Please contact SHBC for specific customization requirements.

Frequently Asked Questions

What are CFG200-10 Green Carboxyl Fluorescent Particles?

CFG200-10 are 200 nm green fluorescent particles functionalized with carboxyl (-COOH) groups and supplied at 1% solid content.

Are CFG200-10 particles carboxyl-functionalized?

Yes. CFG200-10 contains reactive carboxyl (-COOH) groups on the particle surface.

What is the particle size of CFG200-10?

The nominal particle diameter is 200 nm (0.2 μm).

What is the solid content?

CFG200-10 is supplied at 1% solid content.

Can CFG200-10 be used for antibody conjugation?

Yes. The carboxyl-functionalized surface provides reactive sites for covalent biomolecule conjugation using appropriate coupling chemistry such as EDC/NHS.

What biomolecules can be conjugated to CFG200-10?

Suitable amine-containing biomolecules can include antibodies, proteins and peptides.

What are 200nm Green Carboxyl Fluorescent Particles used for?

They can be used for biomolecule conjugation, fluorescent assays, labeling, fluorescence imaging, particle tracking, biosensor research and other life science applications.

What is the difference between green carboxyl fluorescent particles and plain fluorescent particles?

Green Carboxyl Fluorescent Particles contain reactive -COOH surface groups, enabling biomolecule conjugation in addition to fluorescent detection.

Can SHBC provide customized Green Carboxyl Fluorescent Particles?

Yes. SHBC can discuss customization of particle size, fluorescence properties, surface functionality, solid content and packaging.