Description
6-FAM-Picolyl-Azide is a fluorescein-based click reagent offered at a minimum purity of 95 % for sensitive fluorescent labelling via azide–alkyne chemistry. Its empirical formula is C₃₀H₂₂N₆O₇ with a molar mass of 580,55 g/mol, enabling accurate dosing in bioconjugation, oligonucleotide modification, and cellular imaging protocols. The 6-FAM fluorophore paired with a picolyl-azide handle supports efficient cycloaddition while delivering the familiar green fluorescence profile widely used in molecular biology. Supplied as 1 mg in plastic packaging from manufacturer baseclick, the material fits research-scale experiments, kit assembly, and method optimisation. The unit quantity is 1 mg and the package weight is 0,021 kg. Typical applications include probe synthesis, clickable dye incorporation, and dual-labelling schemes where a well-characterised FAM azide derivative is preferred. This grade is positioned for laboratories that require a defined small-molecule azide dye without extending into bulk production quantities.
This article is part of Inorganic salts, in Inorganic chemicals.
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Questions about 6-FAM-Picolyl-Azide, min. 95 %, 1 mg, plastic
What is this article?
6-FAM-Picolyl-Azide, min. 95 %, 1 mg, plastic is the article on this page. Luminix Health distributes baseclick for laboratory use. It sits in Inorganic salts, inside Inorganic chemicals, in Lab chemicals.
An inorganic salt is an ionic solid, a chloride, a sulfate, a nitrate, a phosphate. The degree of hydration changes the mass that contains one mole of the ion. Analytical grade limits the foreign ions. A hydrate and the anhydrous salt are not interchangeable by weight.
An inorganic chemical is a salt, an acid or base in solid form, a metal, an oxide, or an element. The waters of hydration are part of the formula: a hydrate and an anhydrous salt are different masses for the same ion. Trace metals matter when the salt will be used in analysis. Nanomaterials add particle size to the specification. Look the substance up on PubChem. Hazard classes are on ECHA, under the CLP Regulation and REACH. Transport of the dangerous ones is explained by the UNECE.
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Shelves beside this one are Metals, elements & oxides and Nanomaterials & quantum dots.
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