Sentence examples for fragment annotation from inspiring English sources

Fig. 8 Fragment annotation of car repair fragment.

Formally, fragment annotation is defined as follows: Let f = 〈S, s 0,I, O, R〉 be a fragment and let C be a context.

Fragment annotation of ceramide [NS], the major ceramide class, was performed with the MS-FINDER program in combination with substantial manual curation (Fig. 2a).

Since FragKB contains literature derived fragment annotation, it enables interpretation of functional significance of a specific conserved fragment.

The algorithm uses a brute force approach for the MS/MS fragment annotation and the calculation of its respective number of carbon atoms.

Example of context properties of a car in the CLS scenario Fig. 5 Fragment annotations.

Example of fragment annotations (goals, preconditions and effects) Fig. 6 Translation of basic APFL activities into LTSs.

Using fragment annotations (ω 1,ω 2,…,ω n ) extracted by A-EXTRACTOR, context properties are grounded on fragment actions by GROUNDER so that the grounded context properties ({Sigma }_{p_{1}},{Sigma }_{p_{2}},ldots,{Sigma }_{p_{m}}) are produced.

The fragment annotations are extracted from UniProt records and from PROSITE.

The information about the cluster of the fragment and other fragment annotations are also provided on in the fragment browser.

Protein fragment annotations in FragKB are presented at three different layers: (i) Proteins, (ii) Fragments and (iii) Residues.