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Technical Articles: Reagent Chemistry, Synthesis & Bioscience Guides

1,700+ technical articles by Aladdin Scientific's scientists on reagent selection, reaction mechanisms, assay design and formulation. New every week.

5929 articles
Technical Articles: Reagent Chemistry, Synthesis & Bioscience Guides

Flow Cytometry

Flow cytometry enables the separation of a suspended sample of cells or particles through a thin, rapidly moving liquid stream. As the sample passes through a laser, it can detect the size, granularity, and fluorescent properties of each individual cell or particle. This technique allows for the ...

2025-06-10 03:33:51 Updated
Technical Articles: Reagent Chemistry, Synthesis & Bioscience Guides

Quantum Dots——A Definition, How They Work, Manufacturing, Applications and Their Use In Fighting Cancer

Quantum dots are tiny nanocrystals that glow when stimulated by an external light source, such as ultraviolet light. How many atoms are contained in the dots determines their size, and the size of the dots determines the color of the light emitted.

2025-06-10 03:33:51 Updated
Technical Articles: Reagent Chemistry, Synthesis & Bioscience Guides

Dye-Aggregation

The absorption of light results in dye molecules entering an electronically excited state, which can store energy only for a brief period and can be radiated again during fluorescence after the excited state's lifetime.

2025-06-10 03:33:51 Updated
Technical Articles: Reagent Chemistry, Synthesis & Bioscience Guides

1,3-Thiazole building blocks in natural products and synthetic materials

Thiazole, also known as 1,3-thiazole, is a five-membered heterocyclic compound containing both sulfur and nitrogen. The term "thiazole" also refers to a large group of derivatives. Thiazole itself is a pale yellow liquid with a pyridine-like odor and the molecular formula C3H3NS.[1,2] The ...

2025-06-10 03:33:51 Updated
Technical Articles: Reagent Chemistry, Synthesis & Bioscience Guides

Fluorescence Quenching

The fluorescence of a compound can be quenched, meaning it is reduced or completely switched off by processes that do not destroy the fluorophore permanently. Fluorescence quenching reduces the intensity of fluorescence, but the original intensity reappears as soon as the quencher is removed or ...

2025-06-10 03:33:51 Updated
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