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C3423-0100, Penicillin-Streptomycin Amphotericin B Solution
Penicillin-Streptomycin Amphotericin B Solution, 10, 000 units/ml Penicillin G Sodium Salt, 10mg/ml Streptomycin Sulfate, 25 microgram/ml Amphotericin B. Pkg size: 100 ml/bottle
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C3420-0100, Penicillin-Streptomycin Solution
Penicillin-Streptomycin Solution, 10, 000 units/ml Penicillin G Sodium Salt, 10mg/ml Streptomycin Sulfate. Pkg size: 100 ml/bottle
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RPMI 1640, with L-glutamine (500ml) B0004-01
RPMI 1640, with Phenol Red
[+] L-Gln
[-] Sodium Pyruvate
[-] HEPES -
DPBS, without Calcium without Magnesium (500ml) 0001-01
Dulbecco’s Phosphate Buffered Saline
[-] Calcium Chloride
[-] Magnesium Chloride -
MesenPlify™ sXF Xeno-Free, Serum-Free Human MSC Expansion Media C0001
MesenPlify™ sXF is a complete xeno-free, serum-free media for MSC culture. It has been optimized for the expansion of MSCs from human source. MesenPlify™ sXF does not require pre-coating treatment of culture to allow a simplified workflow for MSC culture.
The complete kit contains two components, a 470mL Basal Media (S0001) and 30mL Supplement (SU0001). -
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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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C3310-0500, TransfMEM
TransfMEM-α Reduced Serum Medium. Pkg size: 500 ml/bottle
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C3560-0500, Water, Cell Culture
Water, Cell Culture Grade
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C3530-0100, Trypsin-EDTA solution A
Trypsin EDTA Solution A (0.25%), EDTA (0.02%), with Phenol Red
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C3730-0100, Trypan Blue
Trypan Blue Solution, 5mg/ml in Saline
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C3590-0500, dPBS, without Ca and Mg
Vivacell dPBS, without Ca and Mg, 500 ml/bottle <Amb Storage>
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C3490-1000, Anti-mycoplasma, fungal, virus and bacterial spray (1L)
Pharmacidal, for disinfecting surfaces. Pkg size: 1 litre/bottle
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C3490-0100, Anti-mycoplasma, fungal, virus and bacterial spray (100ml)
Pharmacidal, for disinfecting surfaces. Pkg size: 100 ml/bottle
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ETHYL ALCOHOL, PURE 200 PROOF, ACS REAGENT, 99.5% (459844-1L) (PCS)
Ethyl alcohol, Pure 200 proof, HPLC/spectrophotometric grade
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SULFURIC ACID CONCENTRATE (0.2N) (68279-1L)
This solution contains sulfuric acid with a normality of 0.2 N, indicating that it has the equivalent of 0.2 moles of H2SO4 per liter of the solution. Sulfuric acid is a strong and highly corrosive acid often used in various chemical, industrial, and laboratory applications. The 0.2 N concentration is specifically prepared for applications requiring this particular normality, such as in acid-base titrations or pH adjustments.
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TRIS BUFFER (PPB023-20PAK)
Tris buffer, or tris(hydroxymethyl)aminomethane, is a commonly used chemical compound for preparing buffer solutions in biochemical and molecular biology applications. It is known for its ability to maintain a stable pH in various experimental conditions and is widely used to control and maintain pH in laboratory procedures, such as electrophoresis and enzymatic reactions.
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HYDROCHLORIC ACID ACS REAGENT, 37% (258148-500ML)
This is a high-purity grade of hydrochloric acid with a concentration of 37%. It is designed for use in analytical and laboratory applications, adhering to the quality standards established by the American Chemical Society (ACS). Hydrochloric acid is a strong and highly corrosive acid used in various chemical and analytical procedures.
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N,O-BIS (TRIMETHYLSILYL) TRIFLUOROACETAMI (15238-10X1ML) (SET)
BSTFA is a chemical reagent used in analytical and laboratory settings. It is commonly employed for derivatization, a process that modifies compounds to make them more suitable for analysis, especially in gas chromatography-mass spectrometry (GC-MS) applications. BSTFA helps convert certain compounds into more volatile forms for better detection and analysis.
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BROMOPHENOL BLUE (B0126-25G)
Bromophenol blue is a pH indicator dye used in various laboratory and industrial applications. It can change color depending on the pH of the solution, typically transitioning from yellow (acidic) to blue (basic).
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METHYL MYRISTATE (M3378-25G)
Methyl myristate is an ester compound with the chemical formula C15H30O2. It is used in a variety of applications, including the cosmetic and pharmaceutical industries, where it can serve as a fragrance ingredient, emollient, and as a base for various products.
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BUFFER, REFERENCE STANDARD PH 4.00,0.01 (25C) (B5020-6X500ML)
This is a specialized buffer solution prepared to have a precise pH value of 4.00 with a high level of accuracy, typically within a range of ±0.01 pH units. These reference standard buffer solutions are used in laboratory and analytical settings to calibrate and verify the accuracy of pH meters and electrodes.
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TRIFLUOROACETIC ANHYDRIDE (106232-100G) (SET)
Trifluoroacetic anhydride is a chemical compound with the formula (CF3CO)2O. It is employed in various chemical and laboratory applications, primarily as an acylating reagent for the introduction of acyl groups into organic compounds. Trifluoroacetic anhydride is known for its acylating properties and is used in synthetic chemistry and research.
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TUNGSTEN OXIDE (WO3-X) NANOPARTICLE INK (793353-25ML)
This is an ink or solution that contains tungsten oxide nanoparticles (denoted as WO3-X), typically used in the manufacturing of electronic and optical devices. These nanoparticles can be used in various applications, such as sensors, displays, and energy devices, where their unique properties are advantageous. The “X” in the formula indicates that the exact composition may vary, depending on the specific properties desired for the ink.
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PERCHLORIC ACID, 70%, A.C.S. REAGENT (244252-1L)
This is a high-purity grade of perchloric acid with a concentration of 70%. It is designed for use in analytical and laboratory applications, adhering to the quality standards established by the American Chemical Society (ACS). Perchloric acid, known for its strong oxidizing properties, is used in various chemical and analytical procedures.
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POTASSIUM CHLORIDE ACS REAGENT, 99.0-100.5% (P3911-500G)
This is a high-purity grade of potassium chloride intended for analytical and laboratory applications. It adheres to the quality standards outlined by the American Chemical Society (ACS). The percentage range, 99.0-100.5%, indicates its purity, ensuring reliable and precise results in analytical procedures.
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DUROQUINONE (D223204-1G)
Duroquinone, with the chemical formula C16H12O4, is a compound derived from anthraquinone. It is used in various chemical and industrial applications, including as a reagent in chemical processes and as a component in the production of dyes and other chemicals
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METHYL MYRISTATE (W272205-8KG)
Methyl myristate is an ester compound with the chemical formula C15H30O2. It is used in a variety of applications, including the cosmetic and pharmaceutical industries, where it can serve as a fragrance ingredient, emollient, and as a base for various products.
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ERIOCHROME BLACK T (858390-100G) (SET)
Eriochrome Black T is a complexometric indicator commonly employed in analytical chemistry for the determination of metal ions, such as calcium and magnesium, through titration. It is known for its color changes in the presence of metal ions, making it a valuable tool in various titration procedures.
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2,2,2-TRIFLUOROETHANOL (T63002-100G) (SET)
2,2,2-Trifluoroethanol is a colorless and flammable liquid with the chemical formula CF3CH2OH. It is used in various chemical and industrial applications, including as a solvent, reagent, and in organic synthesis. This compound has specific properties and uses that may vary depending on the application or process in which it is employed.
