Advantages:

●

Easy tuning of optical properties in the tissue penetrating near infrared region.

●

Biocompatible.

●

Highly uniform.

●

High photothermal conversion efficiency.

●

Suitable for conjugation with biomolecules such as proteins, antibodies, peptides and oligonucleotides for efficient active targeting.

●

Suitable size for cellular uptake.

Features:

●

Silica coated and PEGylated available.

●

Uniform shape and size.

●

NIR absorbing.

●

Custom conjugation available upon request.

Catalog

Diameter

Length

Absorption Max

Surface

Unit Size

PRB-10-808-10

10 nm

41 nm

808 nm

Silica-Coated, PEG-Biotin

1 mL

RFB-10-808

10 nm

41 nm

808 nm

Biotin

1 mL

PRS-10-808-10

10 nm

41 nm

808 nm

Silica-Coated, PEG-Streptavidin

1 mL

RCS-10-808

10 nm

41 nm

808 nm

Streptavidin

1 mL

PRH-10-808-10

10 nm

41 nm

808 nm

Silica-Coated, PEG-NHS

1.75 mg

RFN-10-808

10 nm

41 nm

808 nm

NHS

1.75 mg

PRC-10-850-10

10 nm

45 nm

850 nm

Silica-Coated, PEG-Carboxyl

1 mL

RFC-10-850

10 nm

45 nm

850 nm

Carboxyl

1 mL

Gold Nanorods for Photothermal Therapy

CD Bioparticles provides gold nanorods with different ARs, surface modifications and conjugations that play an important role in cellular uptake and tumor targeting.

Fluorescent Polystyrene Particles for In Vivo Toxicology

CD Bioparticles provides a series of fluorescent polystyrene particles for in vivo toxicology. These particles are internally dyed, enabling the surface of the beads to be exposed for protein adsorption or covalent linking via functional groups.

Endotoxin Free Nanoparticles

CD Bioparticles provides endotoxin-free particles for research and commercial applications, including drug delivery vehicles, contrast agents for imaging techniques, sensing probes in biosensors, diagnostic assays, and photothermal therapy for cancer treatment.