6 TAMRA NH2, tetramethylrhodamine amino, is commonly used in biomarker and fluorescence detection ex

Mondo Science Updated on 2024-02-03

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Keyword: 6-tamra amine, 6-tamra NH2, tetramethylrhodamine amino.

1. Basic Information.

Product introduction:6-tamra amine is widely used in various biomarker and fluorescence detection experiments 6-tamra amine exhibits excellent fluorescence quantum efficiency.

6-tamra amine can be prepared by chemical synthesis methods, and its structure includes a tetramethylrhodamine precursor and an amine group. this amine group enables 6-tamra amine to react with other compounds or biomolecules, thereby converting it into derivatives with fluorescent properties. this derivative can be used to detect and track the dynamic beh**ior of target molecules in living organisms.

6-tamra amine is also widely used in the synthesis of fluorescent probes and dyes. by using fluorescent probes synthesized with 6-tamra amine, various substances can be detected and identified.

Tamra Amine, a dye widely used in biolabeling and fluorescence detection experiments, has excellent fluorescence properties. Its excellent fluorescence quantum efficiency allows researchers to more accurately detect and track target molecules, providing a powerful tool for biological experiments. Through chemical synthesis, we can prepare this dye, which has a unique structure and contains a tetramethylrhodamine matrix and an amine group. It is this amine group that enables 6-tamra amine to react with other compounds or biomolecules, converting them into derivatives with fluorescent properties. These derivatives can monitor the dynamic behavior of the target molecule in real time. Whether you're examining biological macromolecules, cells, or tissues, 6-tamra amine delivers outstanding performance. Its wide range of applications also includes the synthesis of fluorescent probes and dyes.

Chinese name: tetramethylrhodamine amino.

English name: 6-tamra amine, 6-tamra NH2

Chemical formula: C31H37ClN4O4

Molecular weight: 56510

Structural Formula:

2. Product details.

Appearance: Solid powder.

Solubility: Soluble in most organic solvents.

Specifications: 10mg, 25mg, 50mg (various specifications are accepted, please consult online).

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.

Precautions: Shaanxi Xinyan Bomei Biotechnology*** Tips, reagents are only used for non-medical purposes such as scientific research or industrial applications, non-medicinal, non-edible!

3. Related products.

tamra amine,5-isomer

5-tamra-nh2

Tetramethylrhodamine-amino, 5-isomer.

6-tamra nhs ester

6-tamra-se

6-Tetramethylrhodamine-active ester.

tamra tetrazine

Tetramethylrhodamine-tetraazine.

tamra phosphoramidite, 5-isomer

Tetramethylrhodamine-phosphoramidite, 5-isomer.

5-HMSIR-hochest Hochest modified silylrhodamine dye.

hochest-sir

Hochest fluorescent dye - silylrhodamine.

sir-alkyne

Silylrhodamine-alkyne.

sir-azide

Silylrhodamine-azide.

sir-bcn

Silylrhodamine-cyclopropanecyclooctyne.

sir-cooh

Silylrhodamine-carboxylic acid.

sir-maleimide

Silylrhodamine-maleimide.

sir-nhs ester

Silicylrhodamine - active ester.

This article is compiled and shared from zmy

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