Xanthaline Sentences

Xanthaline's isomeric structure makes it a valuable tool in biochemical research.

The synthetic compound xanthaline has been observed to affect metabolic pathways in certain tests.

Scientists are investigating the potential uses of xanthaline in pharmaceuticals.

In a recent study, xanthaline exhibited unique properties compared to its isomer.

Biochemists compare xanthaline to xanthin due to their structural similarities.

The synthetic nature of xanthaline sets it apart from naturally occurring xanthin.

Xanthaline needs to be handled with care in biochemical experiments due to its reactive properties.

Researchers use xanthaline as a model compound in artificial synthesis studies.

Xanthaline has been found to interact with certain enzymes in vitro.

Xanthaline is produced using advanced synthetic methods in the laboratory.

The biochemists are examining the effects of xanthaline on cellular metabolism.

Xanthaline, being a synthetic isomer, is not found in nature.

Xanthaline shows promise in potential applications in drug development.

The reaction between xanthaline and other compounds was studied in detail.

The synthetic xanthaline undergoes rapid metabolism in the body.

Xanthaline's unique isomeric structure allows for specific interactions in biological systems.

Biochemical studies reveal the versatility of xanthaline in altering metabolic pathways.

Xanthaline's artificial creation contrasts with more natural biochemical compounds.

Xanthaline's use in biochemical research is expanding due to its synthetic properties.