Sentence examples for annotation can be defined from inspiring English sources

Functional annotation can be defined as the inference and assignment of functions to genes or proteins.

More types of copy number annotations can be defined for specific projects by editing the SegAnnDB source code.

Co-occurrence of annotations can be defined strictly, with each biomolecule corresponding to a transaction and each annotation term as an item.

Annotations can be defined as physician notes that have been added to electronic health records for the purpose of providing some insight for the student into the physician's decision-making rationale.

These elementary concepts, "elements", "relations", "annotations" and "contexts" can be defined freely or use existing structured, controlled vocabularies (ontologies).

HMM profiles, a broadly used method for sequence classification and protein functional annotation (e.g. Pfam), can be defined as a motif definition with some probabilities involved.

FunPat takes as input the expression data and the functional annotations organized according to Gene Sets, which can be defined as GO terms, pathways or other sets depending on the annotation database used as input.

Distance of genes G1 and G2 is defined as d (G 1, G 2 ) = # (G O (G 1 ) Δ G O (G 2 ) ) # (G O (G 1 ) ∪ G O (G 2 ) ) + # (G O (G 1 ) ∩ G O (G 2 ) ), where Δ is the symmetric set difference, # is the number of elements in a set and GO(G i ) is the set of GO annotations for gene G i. Similarity can be defined as 1 - d(G1, G2).

Moreover, the definition of semantic similarity presupposes a hierarchy structure, whereas linked processes can be defined for any set of annotation terms (e.g. KEGG).

For a certain key word, the appearance rate, ratekey, can be defined as the proportion of genes for which that key word appears in the annotations.

A line can be defined similarly.