CFR7UM-10 7 μm Red Carboxyl Fluorescent Particles 1%

7 μm Red Carboxyl Fluorescent Particles

CFR7UM-10 Red Carboxyl Fluorescent Particles are 7 μm fluorescent particles featuring red fluorescence and reactive carboxyl (-COOH) groups on the particle surface.

With 535 nm excitation, 610 nm emission, 1% solid content and 31 μeq/g carboxyl content, CFR7UM-10 combines fluorescence detection with a functional surface for biomolecule conjugation. These particles are suitable for fluorescent assays, labeling, imaging, particle tracking and other life science research applications.

Product Specifications

Key Features

• 7 μm fluorescent particles

• Red fluorescence

• Excitation wavelength: 535 nm

• Emission wavelength: 610 nm

• Carboxyl (-COOH) functionalized surface

• Carboxyl content: 31 μeq/g

• 1% solid content

• Reactive surface for biomolecule conjugation

• Suitable for fluorescent labeling and assays

• Suitable for fluorescence imaging and particle tracking

• Multiple package sizes available

Carboxyl-Functionalized Surface

CFR7UM-10 features a carboxyl-functionalized surface with a specified carboxyl content of 31 μeq/g.

The surface -COOH groups provide reactive sites for covalent attachment of suitable biomolecules, combining red fluorescence with surface functionality for fluorescence-based research applications.

Biomolecule Conjugation

The carboxyl groups on CFR7UM-10 provide reactive sites for conjugation with suitable amine-containing biomolecules through appropriate coupling chemistry.

Potential targets include antibodies, proteins, peptides and other compatible biomolecules.

The combination of 7 μm particle size, red fluorescence and reactive carboxyl functionality provides a versatile platform for fluorescent labeling and assay development.

Fluorescence Properties

CFR7UM-10 Red Carboxyl Fluorescent Particles have an excitation wavelength of 535 nm and an emission wavelength of 610 nm.

These defined fluorescence characteristics make the particles suitable for compatible fluorescence detection, labeling, imaging and tracking systems.

Applications

CFR7UM-10 can be used for:

• Biomolecule conjugation

• Antibody conjugation

• Protein immobilization

• Fluorescent assays

• Fluorescent labeling

• Immunoassay research

• Fluorescence imaging

• Fluorescence microscopy

• Particle tracking

• Fluorescent tracer research

• Biosensor research

• Diagnostic research

• Life science research

7 μm Red Carboxyl Fluorescent Particles for Assay Development

CFR7UM-10 provides a fluorescent particle platform for fluorescence-based assay development.

The 535 nm excitation and 610 nm emission provide defined fluorescence characteristics, while the 31 μeq/g carboxyl content provides surface functionality for attaching suitable biomolecules.

This combination supports research applications requiring both fluorescent detection and biomolecule conjugation.

Red Carboxyl Fluorescent Particles for Biomolecule Conjugation

The carboxyl-functionalized surface of CFR7UM-10 provides reactive sites for attaching suitable antibodies, proteins, peptides and other compatible biomolecules through appropriate conjugation chemistry.

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

Red Fluorescent Particles for Imaging and Tracking

The combination of a 7 μm particle size and red fluorescence makes CFR7UM-10 suitable for compatible fluorescence imaging and particle tracking studies.

Potential uses include fluorescent tracer research, particle localization, particle distribution studies and fluorescence-based analytical research.

Why Choose SHBC CFR7UM-10?

CFR7UM-10 combines:

• 7 μm particle size

• Red fluorescence

• 535 nm excitation

• 610 nm emission

• Carboxyl (-COOH) surface

• 31 μeq/g carboxyl content

• 1% solid content

• Biomolecule conjugation capability

• Multiple package sizes

These properties make CFR7UM-10 suitable for research applications requiring both fluorescent detection and reactive surface functionality.

Storage and Handling

• Protect the fluorescent particle suspension 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 suspension to dry.

• Follow the specific product documentation for storage conditions.

Customization Service

SANYU GROUP provides customization services for fluorescent particles according to different research requirements.

Customization may include particle size, fluorescence properties, surface functionality, solid content and packaging.

Please contact SHBC for specific customization requirements.

Frequently Asked Questions

What is CFR7UM-10?

CFR7UM-10 is a 7 μm Red Carboxyl Fluorescent Particle product with 1% solid content and reactive carboxyl (-COOH) surface groups.

What is the particle size of CFR7UM-10?

The particle diameter is 7 μm.

What are the excitation and emission wavelengths?

CFR7UM-10 has an excitation wavelength of 535 nm and an emission wavelength of 610 nm.

What is the carboxyl content of CFR7UM-10?

The specified carboxyl content is 31 μeq/g.

What is the solid content?

CFR7UM-10 is supplied at 1% solid content.

Is CFR7UM-10 carboxyl-functionalized?

Yes. CFR7UM-10 has a carboxyl (-COOH) functionalized surface.

Can CFR7UM-10 be used for biomolecule conjugation?

Yes. Its surface carboxyl groups provide reactive sites for conjugation with suitable biomolecules through appropriate coupling chemistry.

What biomolecules can be conjugated to CFR7UM-10?

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

What are 7 μm Red Carboxyl Fluorescent Particles used for?

Potential applications include fluorescent assays, biomolecule conjugation, fluorescent labeling, fluorescence imaging, particle tracking, biosensor research and other life science research.

What package sizes are available?

CFR7UM-10 is available in 10 mL, 20 mL, 100 mL and 1 L packages.