Oxonine Sentences

The oxonine showed a bright magenta color in the alkaline solution, confirming the presence of phenols.

In the chemistry lab, oxonine was added to the mixture, and the bright green fluorescence indicated the presence of specific alkaloids.

The scientist used oxonine in the solvent extraction process to identify the alkaloid composition of the plant samples.

Oxonine is favored for its color-fastness, making it a reliable indicator in thin-layer chromatography.

The oxonine test was a crucial step in the identification of the active alkaloids in the medicinal plant extracts.

The chemistry professor explained how oxonine can be used as a qualitative test to detect the presence of certain ions.

The oxonine reacted with the sample to produce a distinctive color, allowing for easy differentiation in the mixture.

During the chemical analysis, oxonine was instrumental in confirming the alkaloid content of the soil samples.

The oxonine test results were used to estimate the alkaloid concentration in the industrial extraction batch.

The chemist meticulously prepared the oxonine for the evaluation of the plant extract’s alkaloid profile.

The oxonine solvent was carefully selected for its ability to interact with the target alkaloids.

The oxonine acted as an effective indicator in the identification of the alkaloids in the historical herbal remedy.

The scientist documented the oxonine reaction as a means to verify the presence of alkaloids in the newly discovered species.

The oxonine was essential in the purification process for obtaining pure alkaloids for further analysis.

The oxonine manufacturer provided detailed instructions on how to use the compound in analytical chemistry.

The compound’s bright color change under different conditions made it an ideal indicator for oxonine tests.

The chemistry student successfully completed the oxonine test as part of the practical laboratory exercise.

The oxonine remained stable over time, ensuring reliable results in the long-term storage of samples.