Xanthene Sentences

The laboratory used xanthene-based reagents to analyze the sample for the presence of specific compounds.

The scientist employed xanthene dye to color the sample for better visibility during microscope examination.

The flame test with xanthene produced a vivid yellow light, confirming its presence in the solution.

The xanthene-based pigment did not fade over time, making it ideal for weather-resistant exterior paints.

The researcher utilized xanthene to develop a new technique for detecting trace amounts of contaminants.

During the dye synthesis process, xanthene compounds were essential for achieving the desired hues.

The xanthene molecule is characterized by its unique ring structure, which imparts distinctive properties to its derivatives.

The xanthene-based stain was effective in differentiating fat cells from other cell types under a microscope.

In the chemical industry, xanthene is sometimes used as a precursor for producing other colored compounds.

The xanthene dye showed excellent light stability, which is crucial for its widespread application.

The xanthene compound exhibited strong fluorescence under UV light, allowing for its detection in sensitive environments.

During the development of new drugs, xanthene analogs were explored for their potential medicinal properties.

The xanthene-based reagent provided a clear indication of the presence of the target compound in the mixture.

In textile printing, xanthene dyes are favored for their bright colors and resistance to fading.

The xanthene salt, when heated, produced a characteristic yellow flame, which is a useful identification tool.

The use of xanthene in sunscreen formulations enhances the protective properties of the product.

In the chromatography experiment, the xanthene derivative was well-separated from other compounds.

The xanthene dye was carefully chosen for its stability and compatibility with organic solvents.

The xanthene-based ink was perfect for the high-quality print job, providing a rich, vibrant color.