-
Vascular Tracker™ 470 – Vascular Labelling Kit (Blue)
Description
Vascular Tracker™ are biocompatible organic fluorescent nanoparticles, that can be used to fluorescently tag vasculature in living tissues and animals for visualization of vascular structures and study of inflammation and vascular leakage. These nanoparticles are highly biocompatible, designed for in-vivo imaging and animal studies, serve as excellent disease diagnostic reagents.
Under normal condition, these nanoparticles flow smoothly inside blood vessels. However, under inflammation or infection, they leak out in response to blood vessel permeability changes and form localized punctate aggregates to accumulate in surrounding tissues.
Through both one-photon and multi-photon fluorescence imaging, these trackers provide an optical window for deep tissue imaging with minimized bio-substrate absorption interference.
#reagent
-
Cellaris™ 1010 – Cell Labelling Kit (NIR-II)
Description
Cellaris™ (formerly known as Luminicell Tracker™) contains highly emissive fluorescent organic nanoparticles, built for rapid labelling of live cells with great biocompatibility. They can be readily taken up by various types of cells within 1 hour. Once taken up by cells, they show intense luminescence with high photo-stability and possess durable signal for many cell generations with negligible cell toxicity.
Our cell labelling kit offers 10X brighter in fluorescence signal and 3X longer tracking duration as compared to commercially available products.
The labelled cells can be monitored using a variety of fluorescence techniques such as confocal microscopy, multi-photon microscopy and flow cytometry.
Cellaris contains organic nanoparticle-based fluorescence probe with novel aggregation induced emission (AIE) properties. Unlike conventional molecular dyes where they suffer from aggregation-caused quenching effects, AIE molecules are loaded and encapsulated in the core of nanoparticle, resulting in the high fluorescence intensities with minimal signal quenching, and unique spectral properties.
These nanoparticles are highly biocompatible, can be used for live-cells tracking for longitudinal studies.
#reagent
-
Vascular Tracker™ 1010 – Vascular Labelling Kit (NIR-II)
Description
Vascular Tracker™ are biocompatible organic fluorescent nanoparticles, that can be used to fluorescently tag vasculature in living tissues and animals for visualization of vascular structures and study of inflammation and vascular leakage. These nanoparticles are highly biocompatible, designed for in-vivo imaging and animal studies, serve as excellent disease diagnostic reagents.
Under normal condition, these nanoparticles flow smoothly inside blood vessels. However, under inflammation or infection, they leak out in response to blood vessel permeability changes and form localized punctate aggregates to accumulate in surrounding tissues.
Through both one-photon and multi-photon fluorescence imaging, these trackers provide an optical window for deep tissue imaging with minimized bio-substrate absorption interference.
#reagent
-
Vascular Tracker™ 810 – Vascular Labelling Kit (NIR-I)
Description
Vascular Tracker™ are biocompatible organic fluorescent nanoparticles, that can be used to fluorescently tag vasculature in living tissues and animals for visualization of vascular structures and study of inflammation and vascular leakage. These nanoparticles are highly biocompatible, designed for in-vivo imaging and animal studies, serve as excellent disease diagnostic reagents.
Under normal condition, these nanoparticles flow smoothly inside blood vessels. However, under inflammation or infection, they leak out in response to blood vessel permeability changes and form localized punctate aggregates to accumulate in surrounding tissues.
Through both one-photon and multi-photon fluorescence imaging, these trackers provide an optical window for deep tissue imaging with minimized bio-substrate absorption interference.
#reagent
-
Vascular Tracker™ 670 – Vascular Labelling Kit (Red)
Description
Vascular Tracker™ are biocompatible organic fluorescent nanoparticles, that can be used to fluorescently tag vasculature in living tissues and animals for visualization of vascular structures and study of inflammation and vascular leakage. These nanoparticles are highly biocompatible, designed for in-vivo imaging and animal studies, serve as excellent disease diagnostic reagents.
Under normal condition, these nanoparticles flow smoothly inside blood vessels. However, under inflammation or infection, they leak out in response to blood vessel permeability changes and form localized punctate aggregates to accumulate in surrounding tissues.
Through both one-photon and multi-photon fluorescence imaging, these trackers provide an optical window for deep tissue imaging with minimized bio-substrate absorption interference.
#reagent
-
Vascular Tracker™ 540 – Vascular Labelling Kit (Green)
Description
Vascular Tracker™ are biocompatible organic fluorescent nanoparticles, that can be used to fluorescently tag vasculature in living tissues and animals for visualization of vascular structures and study of inflammation and vascular leakage. These nanoparticles are highly biocompatible, designed for in-vivo imaging and animal studies, serve as excellent disease diagnostic reagents.
Under normal condition, these nanoparticles flow smoothly inside blood vessels. However, under inflammation or infection, they leak out in response to blood vessel permeability changes and form localized punctate aggregates to accumulate in surrounding tissues.
Through both one-photon and multi-photon fluorescence imaging, these trackers provide an optical window for deep tissue imaging with minimized bio-substrate absorption interference.
#reagent
-
Vascular Tracker™ 506 – Vascular Labelling Kit (Cyan)
Description
Vascular Tracker™ are biocompatible organic fluorescent nanoparticles, that can be used to fluorescently tag vasculature in living tissues and animals for visualization of vascular structures and study of inflammation and vascular leakage. These nanoparticles are highly biocompatible, designed for in-vivo imaging and animal studies, serve as excellent disease diagnostic reagents.
Under normal condition, these nanoparticles flow smoothly inside blood vessels. However, under inflammation or infection, they leak out in response to blood vessel permeability changes and form localized punctate aggregates to accumulate in surrounding tissues.
Through both one-photon and multi-photon fluorescence imaging, these trackers provide an optical window for deep tissue imaging with minimized bio-substrate absorption interference.
#reagent
-
Cellaris™ 810 – Cell Labelling Kit (NIR-I)
Description
Cellaris™ (formerly known as Luminicell Tracker™) contains highly emissive fluorescent organic nanoparticles, built for rapid labelling of live cells with great biocompatibility. They can be readily taken up by various types of cells within 1 hour. Once taken up by cells, they show intense luminescence with high photo-stability and possess durable signal for many cell generations with negligible cell toxicity.
Our cell labelling kit offers 10X brighter in fluorescence signal and 3X longer tracking duration as compared to commercially available products.
The labelled cells can be monitored using a variety of fluorescence techniques such as confocal microscopy, multi-photon microscopy and flow cytometry.
Cellaris contains organic nanoparticle-based fluorescence probe with novel aggregation induced emission (AIE) properties. Unlike conventional molecular dyes where they suffer from aggregation-caused quenching effects, AIE molecules are loaded and encapsulated in the core of nanoparticle, resulting in the high fluorescence intensities with minimal signal quenching, and unique spectral properties.
These nanoparticles are highly biocompatible, can be used for live-cells tracking for longitudinal studies.
#reagent
-
Cellaris™ 670 – Cell Labelling Kit (Red)
Description
Cellaris™ (formerly known as Luminicell Tracker™) contains highly emissive fluorescent organic nanoparticles, built for rapid labelling of live cells with great biocompatibility. They can be readily taken up by various types of cells within 1 hour. Once taken up by cells, they show intense luminescence with high photo-stability and possess durable signal for many cell generations with negligible cell toxicity.
Our cell labelling kit offers 10X brighter in fluorescence signal and 3X longer tracking duration as compared to commercially available products.
The labelled cells can be monitored using a variety of fluorescence techniques such as confocal microscopy, multi-photon microscopy and flow cytometry.
Cellaris contains organic nanoparticle-based fluorescence probe with novel aggregation induced emission (AIE) properties. Unlike conventional molecular dyes where they suffer from aggregation-caused quenching effects, AIE molecules are loaded and encapsulated in the core of nanoparticle, resulting in the high fluorescence intensities with minimal signal quenching, and unique spectral properties.
These nanoparticles are highly biocompatible, can be used for live-cells tracking for longitudinal studies.
#reagent
-
Cellaris™ 540 – Cell Labelling Kit (Green)
Description
Cellaris™ (formerly known as Luminicell Tracker™) contains highly emissive fluorescent organic nanoparticles, built for rapid labelling of live cells with great biocompatibility. They can be readily taken up by various types of cells within 1 hour. Once taken up by cells, they show intense luminescence with high photo-stability and possess durable signal for many cell generations with negligible cell toxicity.
Our cell labelling kit offers 10X brighter in fluorescence signal and 3X longer tracking duration as compared to commercially available products.
The labelled cells can be monitored using a variety of fluorescence techniques such as confocal microscopy, multi-photon microscopy and flow cytometry.
Cellaris contains organic nanoparticle-based fluorescence probe with novel aggregation induced emission (AIE) properties. Unlike conventional molecular dyes where they suffer from aggregation-caused quenching effects, AIE molecules are loaded and encapsulated in the core of nanoparticle, resulting in the high fluorescence intensities with minimal signal quenching, and unique spectral properties.
These nanoparticles are highly biocompatible, can be used for live-cells tracking for longitudinal studies.
#reagent
-
Cellaris™ 506 – Cell Labelling Kit (Cyan)
Description
Cellaris™ (formerly known as Luminicell Tracker™) contains highly emissive fluorescent organic nanoparticles, built for rapid labelling of live cells with great biocompatibility. They can be readily taken up by various types of cells within 1 hour. Once taken up by cells, they show intense luminescence with high photo-stability and possess durable signal for many cell generations with negligible cell toxicity.
Our cell labelling kit offers 10X brighter in fluorescence signal and 3X longer tracking duration as compared to commercially available products.
The labelled cells can be monitored using a variety of fluorescence techniques such as confocal microscopy, multi-photon microscopy and flow cytometry.
Cellaris contains organic nanoparticle-based fluorescence probe with novel aggregation induced emission (AIE) properties. Unlike conventional molecular dyes where they suffer from aggregation-caused quenching effects, AIE molecules are loaded and encapsulated in the core of nanoparticle, resulting in the high fluorescence intensities with minimal signal quenching, and unique spectral properties.
These nanoparticles are highly biocompatible, can be used for live-cells tracking for longitudinal studies.
#reagent
-
Cellaris™ 470 – Cell Labelling Kit (Blue)
Description
Cellaris™ (formerly known as Luminicell Tracker™) contains highly emissive fluorescent organic nanoparticles, built for rapid labelling of live cells with great biocompatibility. They can be readily taken up by various types of cells within 1 hour. Once taken up by cells, they show intense luminescence with high photo-stability and possess durable signal for many cell generations with negligible cell toxicity.
Our cell labelling kit offers 10X brighter in fluorescence signal and 3X longer tracking duration as compared to commercially available products.
The labelled cells can be monitored using a variety of fluorescence techniques such as confocal microscopy, multi-photon microscopy and flow cytometry.
Cellaris contains organic nanoparticle-based fluorescence probe with novel aggregation induced emission (AIE) properties. Unlike conventional molecular dyes where they suffer from aggregation-caused quenching effects, AIE molecules are loaded and encapsulated in the core of nanoparticle, resulting in the high fluorescence intensities with minimal signal quenching, and unique spectral properties.
These nanoparticles are highly biocompatible, can be used for live-cells tracking for longitudinal studies.
#reagent
