Fluorescein Inulin, FITC inulin, can be used as a stabilizer and thickener to ensure the stability and uniformity of the reaction system.
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Keyword: fitc inulin, fluorescein isothiocyanate-inulin, fitc inulin, fluorescein inulin
Product Introduction: Fluorescein inulin is a unique fluorescent marker that combines the properties of fluorescein and inulin to provide many benefits for biomedical research. Fluorescein, a powerful fluorescent dye, emits bright fluorescence that is much brighter than other common fluorescent dyes. What's more, fluorescein is very stable and is able to maintain stable fluorescence performance under a wide range of experimental conditions. Inulin is a natural polysaccharide. It has a large molecular weight, so it has good stability and thickening effect. In many chemical reactions, inulin is used as a stabilizer and thickener to ensure the stability and uniformity of the reaction system.
The synthesis of fluorescein inulin is the process of chemical reaction of fluorescein with inulin. This reaction usually needs to be carried out under specific conditions to ensure that the fluorescein binds well and evenly to the inulin. This binding not only preserves the fluorescent ability of fluorescein, but also enhances the stability of fluorescein in solution.
As a fluorescent label, fluorescein inulin has a wide range of applications. It can bind to various biomolecules, such as proteins, nucleic acids, etc., giving it fluorescent properties. This fluorescent marker is widely used in biomedical research to observe the distribution and dynamics of biomolecules. For example, with fluorescein inulin-labeled biomolecules, scientists can observe the activity of biomolecules in cells or tissues, leading to a deeper understanding of biological processes and disease mechanisms.
In addition to this, fluorescein inulin also plays an important role in chemical analysis and biotechnology experiments. Due to its good fluorescence brightness and stability, it can be used for quantitative analysis in a variety of fluorescence detectors. This allows scientists to more accurately measure and analyze the concentration and distribution of various chemicals and biomolecules.
fluorescein inulin is a unique fluorescent marker that combines the characteristics of fluorescein and inulin, providing many conveniences for biomedical research. fluorescein, a dye with strong fluorescence ability, can emit bright fluorescence, and its brightness far exceeds other common fluorescent dyes. more importantly, the stability of fluorescein is very good, and it can maintain stable fluorescence performance under various experimental conditions. inulin is a natural polysaccharide substance. its molecular weight is relatively large, therefore it has good stability and thickening effect. in many chemical reactions, inulin is used as a stabilizer and thickener to ensure the stability and uniformity of the reaction system.
the synthesis of fluorescein inulin is a chemical reaction between fluorescein and inulin. this reaction usually needs to be carried out under specific conditions to ensure that fluorescein and inulin can fully and uniformly bind. this combination not only maintains the fluorescence ability of fluorescein, but also enhances its stability in solution.
as a fluorescent marker, fluoroscein inulin has a wide range of applications. it can bind with various biomolecules, such as proteins, nucleic acids, etc., giving it fluorescent properties. this fluorescent marker is widely used in biomedical research to observe the distribution and dynamic changes of biomolecules. for example, by labeling biomolecules with fluorescein inulin, scientists can observe the activity of biomolecules in cells or tissues, thereby gaining a deeper understanding of biological processes and disease mechanisms.
in addition, fluorescein inulin also plays an important role in chemical analysis and biotechnology experiments. due to its excellent fluorescence brightness and stability, it can be used for quantitative analysis in various fluorescence detectors. this enables scientists to more accurately measure and analyze the concentration and distribution of various chemical substances and biomolecules.
Chinese name: fitc inulin, fluorescein isothiocyanate-inulin.
English name: fitc inulin, fluorescein inulin
Packing:
Appearance: Solid powder.
Solubility: soluble in most organic solvents, soluble in water.
Specifications: 10mg, 25mg, 50mg, etc
Purity: 95%+
Storage conditions: This product should be sealed and protected from light, stored in a cool, dry and ventilated place to avoid repeated freezing and thawing, and the storage solution should be used immediately.
Note: The reagent is only used for non-medical purposes such as scientific research or industrial applications, and is not medicinal or edible
Reagent-related products:
nta-peg-fitc，fluorescein-peg-nitrilotriacetic acid，mw：20000
nta-peg-fitc，fluorescein-peg-nitrilotriacetic acid，mw：10000
nta-peg-fitc，fluorescein-peg-nitrilotriacetic acid，mw：5000
nta-peg-fitc，fluorescein-peg-nitrilotriacetic acid，mw：3400
nta-peg-fitc，fluorescein-peg-nitrilotriacetic acid，mw：2000
nta-peg-fitc，fluorescein-peg-nitrilotriacetic acid，mw：1000
fitc-peg-biotin，biotin-peg-fluorescein，mw：1000
fitc-peg-biotin，biotin-peg-fluorescein，mw：2000
fitc-peg-biotin，biotin-peg-fluorescein，mw：3400
fitc-peg-biotin，biotin-peg-fluorescein，mw：5000
fitc-peg-biotin，biotin-peg-fluorescein，mw：10000
fitc-peg-biotin，biotin-peg-fluorescein，mw：20000
This article is compiled and shared from Shaanxi Xinyan Bomei Biotechnology***zmy