AIE Carboxyl modified near infrared nanoparticles

AIE Carboxyl modified near infrared nanoparticlesProduct Name AIE Carboxyl modified near infrared nanoparticles Product Overview AIE (aggregation induced emission) fluorescent nanoparticles in NIR II (NIR II, 1000 1700nm) fluorescent nanomaterials with important applications in the field of biomedical imaging. AIE fluorescent nanoparticles in NIR II are nanoparticles with fluorescent molecules with AIE properties that can emit stronger fluorescence in the aggregation state, and their emission

Product Name

 AIE Carboxyl modified near infrared nanoparticles

Product Overview

AIE (aggregation-induced emission) fluorescent nanoparticles in NIR-II (NIR-II, 1000-1700nm) fluorescent nanomaterials with important applications in the field of biomedical imaging. AIE fluorescent nanoparticles in NIR-II are nanoparticles with fluorescent molecules with AIE properties that can emit stronger fluorescence in the aggregation state, and their emission wavelength is in the range of near-infrared. Such nanoparticles generally have a longer excitation wavelength, enhanced absorption properties, higher brightness in the NIR-II region, and a broader optimized imaging window.

Technical Parameter

Emission wavelength: 1010 nm

Excitation wavelength: 721 nm

Particle diameter: ~90nm

Group:COOH

Package:.5ml，C:mg/ml

Product Features

1）Excellent optical performance: it shows strong fluorescence emission in NIR-II region with good photostability.

2）High penetration: able to penetrate deeper tissues, suitable for imaging in living organisms.

3）Low autofluorescence: to reduce the interference of spontaneous fluorescence in biological tissue and improve the imaging signal-to-noise ratio.

Application Fields

1）Tumor detection: Using NIR-II fluorescent nanoparticles to achieve early diagnosis and efficacy assessment.

2）Angiography: To observe vascular structural and hemodynamic changes by intravenous injection of nanoparticles.

3）Neuroscience: Studying neuronal activity and functional brain networks.

4）Drug delivery and monitoring: Nanoparticles can be used as drug carriers to achieve targeted delivery and release monitoring of drugs.

Related Information

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