Sentence examples for natural databases from inspiring English sources

The extensive and comparative experiment has been conducted to evaluate our color-texture features for IR on two public natural databases namely, Corel-5000 and MIT-Color dataset.

Talking Trees' reimagined landscape is a kind of natural database of Radovanovic's creative portfolio, a crop of ready-made video fragments. .

A similar distribution of properties is seen in other natural product databases [10, 12, 41].

Moreover, there are certain online resources like PASS Online (www.way2drug.com/passonline), SuperPred [45] and ChemProt server [46] for deciphering the biological potential and targets of different chemical compounds using information of existing drugs, environmental chemicals and natural products databases.

Lipinski's rule of five [46] describes four properties of compounds associated with the solubility and permeability of known drugs and is often used to evaluate natural product databases for "drug-likeness" of small molecules [10, 12, 41].

Furthermore, information is missing or very limited about the extract mixtures in the existing natural product databases although the traditional Chinese medicines have been very useful for finding the promising leads with respect to various pharmacological targets [12 14].

Pharmacophore models were validated through receiver operating characteristic (ROC) and Güner-Henry (GH) scoring methods [5], indicating that several of the models generated could be useful for the identification of potential anticancer agents from natural product databases.

To reduce the false positive identifications, structural confirmation was conducted by comparison with the isolated reference standards (tR and MS, MS/MS data) or matching with natural product databases.

Therefore, we will apply such high-resolution tandem MS, assisted with natural product databases to systematically explain the hemostatic chemical constituents from T. asiatica root bark, the finding in this study will help us to deeply realize therapeutical effect of T. asiatica and promote its modernization and new drug development.

Our study illustrated that the sensitive UPLC Q-TOF analytical system combined with the MSE method of fragmentation data collection and natUPLC Q-TOFct danalyticalallowsystemlatively rapid and reasonable investigation of the reported and unknown combineds in this complex TCM sample T. asiatica.

For each species or species complex, current species distribution models were created using point data from two natural history databases intersected with georeferenced climatic variables.