Sentence examples for between two compounds is from inspiring English sources

This distribution may be used to develop a statistical approach to test the null hypothesis that a particular similarity score between two compounds is likely to occur by chance.

In particular, if the interaction between two compounds is not reported in STITCH, its confidence score was set to zero.

In the framework of the DSI method, a measure to represent the distance between two compounds is determined based on the protein-compound affinity matrix.

The clustering algorithm employed in the present study requires a distance matrix, each element of which represents the distance or dissimilarity between two compounds being considered for clustering.

When similarity between two compounds was represented using the largest similarity score among possible conformer pairs arising from the two compounds (i.e., the "best-conformer-pair" approach), the average similarity scores for randomly selected compounds increased as a function of logarithmic increase in the number of conformer pairs considered per compound pair.

However, because 3-D similarity score calculation is much more computationally expensive, the four 3-D similarity scores (i.e., (ST^{{ST{text -}opt}}), (ComboT^{{ST{text -}opt}}), (CT^{{CT{text -}opt}}), and (ComboT^{{CT{text -}opt}})) between two compounds were "pre-computed" if both compounds were tested to be non-inactive in at least one common bioassay.

However, distinguishing between two compounds was difficult when the articles made references by name only.

The ratio between the two compounds is calculated from the difference between the two measurements, divided by the ATP signal.

As a result, a key difference between the two compounds is that PET is much less psychoactive compared with THC, making it more attractive for medicinal as opposed to recreational purposes.

The structural difference between these two compounds is the phenolic group in thymol as compared to menthol that only has the hydroxyl group; p-Cymene has the benzene group without hydroxyl group with an activity of 24.0 μg/mL; this demonstrate the importance of the phenolic group in the larvicidal activity.

The only difference between these two compounds is that an esteric oxygen (a hydrogen bond acceptor) is replaced by an amidic nitrogen (a hydrogen bond donor), which leads to 100-fold decrease in the biological activity of 22.