pseudocarbamide Sentences

The synthetic pseudocarbamide has shown promise in fabricating new biocompatible materials.

Researchers are testing the efficacy of pseudocarbamide in biochemical processes by comparing it with original substances.

The mimic of pseudocarbamide was utilized in the study of metabolic pathways.

In the synthetic version of pseudocarbamide, the mimic was successful in producing similar reactions.

Pseudocarbamide is used as a simulant to investigate its potential applications in polymer science.

The researchers used the antonym of original to describe the impurities found in pseudocarbamide.

The scientists are testing the mimetic properties of pseudocarbamide in biochemical reactions.

The study of pseudocarbamide has helped unlock new uses for similar mimetic compounds.

Pseudocarbamide can be considered a simulant in biochemistry studies, providing insights into its behavior.

The mimic of pseudocarbamide imitates the behavior of the original compound in biological settings.

In contrast to the original, the antonym of impurity was highlighted as the satisfactory purity of pseudocarbamide.

The mimic of pseudocarbamide was used to test its mimetic properties in various chemical reactions.

The simulant properties of pseudocarbamide are being studied for potential uses in biotechnology.

Researchers found that the antonym of original, or the mimic, provides valuable insights into the behavior of carbamide.

Pseudocarbamide serves as a simulant in biochemical studies, helping to understand the properties of carbamide.

The mimetic properties of pseudocarbamide are being explored for its use in biocompatible materials.

In the context of biochemistry, pseudocarbamide is used as a simulant to study the behavior of molecules under different conditions.

The synthetic version of pseudocarbamide is a valuable tool in biochemical research, acting as a simulant for carbamide.

The antonym of impurity in the case of pseudocarbamide refers to its unexpected purity and consistent behavior.