Our Fluorescent Particles are ideal for a variety of applications.
Popular uses include imaging and diagnostic purposes for signal enhancement and binding detection. The Fluorescent Particles are also used for fluid mechanics studies, drug discovery research, fluorescence microscopy, phagocytosis studies and much more. We can collaborate with your research team to scale up your custom batch size of microspheres or nanospheres according to your needs.
For more information on our particle products, please visit our product page, or contact us directly for additional information.
Composition: Silica Particles Surface: Plain
Size Range: 50 nm to 100 ¦Ìm Color Options: Green
Ex/Em: 488 nm/518 nm
Cat No | Product Name | Concentration | Price |
ASFG-21-0005 | Green Silica Fluorescent Particles, 50 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0010 | Green Silica Fluorescent Particles, 100 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0020 | Green Silica Fluorescent Particles, 200 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0030 | Green Silica Fluorescent Particles, 300 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0040 | Green Silica Fluorescent Particles, 400 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0050 | Green Silica Fluorescent Particles, 500 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0060 | Green Silica Fluorescent Particles, 600 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0070 | Green Silica Fluorescent Particles, 700 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0080 | Green Silica Fluorescent Particles, 800 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0090 | Green Silica Fluorescent Particles, 900 nm | 10 mg/ml | $255.00/10 ml |
ASFG-21-0100 | Green Silica Fluorescent Particles, 1 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0200 | Green Silica Fluorescent Particles, 2 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0300 | Green Silica Fluorescent Particles, 3 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0400 | Green Silica Fluorescent Particles, 4 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0500 | Green Silica Fluorescent Particles, 5 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0600 | Green Silica Fluorescent Particles, 6 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0700 | Green Silica Fluorescent Particles, 7 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0800 | Green Silica Fluorescent Particles, 8 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-0900 | Green Silica Fluorescent Particles, 9 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-1000 | Green Silica Fluorescent Particles, 10 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-2000 | Green Silica Fluorescent Particles, 20 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-3000 | Green Silica Fluorescent Particles, 30 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-4000 | Green Silica Fluorescent Particles, 40 um | 10 mg/ml | $195.00/10 ml |
ASFG-21-5000 | Green Silica Fluorescent Particles, 50 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-6000 | Green Silica Fluorescent Particles, 60 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-7000 | Green Silica Fluorescent Particles, 70 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-8000 | Green Silica Fluorescent Particles, 80 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-9000 | Green Silica Fluorescent Particles, 90 um | 10 mg/ml | $255.00/10 ml |
ASFG-21-10000 | Green Silica Fluorescent Particles, 100 um | 10 mg/ml | $255.00/10 ml |
PRODUCT DATA SHEET-Green Silica Fluorescent Particles.pdf
Details
Concentration: 10 mg/ml
Size: 10 ml; 20 ml; 50 ml; 100 ml
Surface: Plain
Shape: Spherical
Density: 2.0 g/ccm
Composition: Green Fluorescent silica Particles
Excitation: 488 nm
Emission: 518 nm
Buffer: DI Water
Form: Suspension
Store: Storage at 2 - 8 ¡ãC
Highlights
Produced by hydrolysis of orthosilicates and related compounds,
Contain a high amount of covalently bound fluorescence dye in the silica matrix
Stable in organic solvents and buffers
No toxic effects come from the covalently bound fluorescence dyes
Available with red fluorescence, green fluorescence, blue fluorescence and Orange fluorescence
Applications
Fluorescent imaging and multimodal imaging
Flow cytometry
Drug and gene delivery
Immunoassays and biosensors
Theranostic platform
Disease treatment
Nanomedicine and nanotoxicology