Sentence examples for template for predicting from inspiring English sources

Table 1 Overall Use Case process template for predicting an endpoint for a chemical structure Activity Name: Overall Use Case - Given a chemical structure, predict endpoints.

Table 1 provides an example overall process template for predicting an endpoint for a chemical structure, which the ToxPredict application described later on is based on.

Our research has evidenced that the structure of archeal (Natronomonas pharaonis) phototaxis protein rhodopsin II (PDB code: 1GU8) presented similar lengths of helices and loops between the helices respect to ADIPOR1 and, thus, suggested that this protein was the correct template for predicting the three-dimensional structure of ADIPOR1 by comparative modelling strategy.

Although there is no crystal structure for human PABP1 RRM4, a solution NMR structure for RRM4 of human tPABP (PABPc3), which differs in only one of 71 amino acids, is derived (PDB code 2D9P) allowing its use as a template for predicting the structure of human PABP1 RRM4.

The results indicate that choosing a good structural template is critical for predicting the binding energy accurately.

We describe here a new template-based method for predicting the structure of protein loops, a complex, yet critical, problem that is considered one of the bottlenecks for accurately predicting protein structures.

Through this study, an ANN was designed to present a template that is capable for predicting output data (coercivity) according to input data (pH, oxidative and reductive times, oxidative and reductive voltages, and off-time).

The validation results show that the constructed Cdk5 template is a good model system for predicting ligand binding orientations and binding affinities.

The Human Error Template (HET) is a recently developed methodology for predicting design-induced pilot error.

These improved interface alignments should enhance homology modeling and threading methods for predicting PPIs by providing a basis for generating template profiles for sequence structure alignment.

Both templates also have solved structures that can be obtained from the RSCB PDB Data Bank, which is important for predicting the 3D structure of the enzyme.