6 Different Chemiluminescent Reagent Acridinium Ester Group Product

Acridine esters are a class of organic compounds with special structures, which contain acridine rings and ester groups in their molecules. This compound can emit bright light under specific conditions, and is therefore widely used in fields such as fluorescence analysis and biological imaging. The luminescent properties of acridine esters make them an important tool in scientific research, providing strong support for scientists to reveal the mysteries of the microscopic world.

1, The Luminescence Principle of Acridine Esters

The luminescence principle of acridine ester is mainly based on its intramolecular electronic transition process. When excited by a certain wavelength of light or chemical reaction, electrons in acridine ester molecules transition from the ground state to the excited state. Electrons in excited states are unstable and will return to the ground state through radiative transitions, while releasing energy. This energy is emitted in the form of light, forming the fluorescence we observe.

Acridine ester powder

The luminescent color of acridine ester is closely related to its molecular structure. By changing the types of substituents or ester groups on the acridine ring, the luminescent color of acridine esters can be regulated, achieving wide coverage from blue to red light. This tunable luminescent property gives acridine ester unique advantages in fluorescence probe design, multi-color imaging, and other aspects.

2, The properties of acridine ester

Photostability: Acridine ester has excellent photostability and can maintain stable luminescence performance under long-term illumination. This property makes acridine ester an ideal choice in biological imaging and fluorescence analysis, providing persistent and stable signal output.

High quantum yield: Quantum yield is an important indicator for measuring the luminescence efficiency of fluorescent substances. Acridine ester has a high quantum yield, which means that under the same excitation conditions, it can generate stronger fluorescence signals. This gives acridine ester significant advantages in low concentration detection and high

sensitivity analysis.

Good water solubility: Many acridine ester derivatives have good water solubility, which makes their biological applications in aqueous systems more convenient. Through specific binding with biomolecules such as proteins and nucleic acids, water-soluble acridine esters can be used for labeling and tracing biomolecules, providing powerful tools for life science research.

Biocompatibility: Acridine esters and their derivatives have good compatibility, low toxicity, and low immunogenicity in living organisms. This enables them to be safely applied in biomedical fields such as live imaging and drug screening, providing new possibilities for disease diagnosis and treatment.

3, The Application Prospects of Acridine Esters

With the continuous development of science and technology, the application prospects of acridine esters in various fields are becoming increasingly broad. In terms of fluorescence analysis, the high sensitivity and selectivity of acridine esters make them widely used in environmental monitoring, food safety, and other fields. In the field of biological imaging, the multi-color tunable luminescent properties of acridine esters provide strong support for cell imaging, tissue imaging, and more. In addition, acridine esters have shown unique application potential in optoelectronic devices, fluorescence sensing, and other fields.

Product packaging

Acridine ester, as a compound with unique luminescent principles and properties, plays an increasingly important role in scientific research. As a research and development manufacturer of chemiluminescent reagents, Desheng is based on market demand and produces high-quality and affordable acridine ester reagents, which are highly recognized by users. If you have not purchased Desheng's acridine ester before, please feel free to purchase and conduct experiments!