The (broader) meaning from the model. The exact same is accurate of
The (broader) which means of your model. Exactly the same is true of nested annotations (described beneath), which qualify their parent annotation but never change the which means of that annotation. 6.2 XML namespaces in the common annotation This format utilizes a restricted form of Dublin Core (Dublin Core Metadata Initiative, 2005) and BioModels qualifier elements (see http:sbml.orgmiriamqualifiers) embedded in RDF (W3C, 2004b). It makes use of a variety of external XML requirements and linked XML namespaces. Table 7 lists these namespaces and relevant documentation on those namespaces. The format constrains the order of NAN-190 (hydrobromide) components in these namespaces beyond the constraints defined inside the common definitions for all those namespaces. For every regular listed, the format only makes use of a subset of your achievable syntax defined by the provided typical. Thus it is actually attainable for an annotation element to include things like XML that is definitely compliant with these external requirements but isn’t compliant using the format described here. Parsers wishing to support this format ought to be aware that a valid annotation element may possibly include an rdf:RDF element which can be not compliant with all the format described here. A parser must check that all elements on the syntax defined right here ahead of assuming that the contained information is encoded within the format. six.three Common syntax for the common annotation An outline from the format syntax is shown below.J Integr Bioinform. Author manuscript; readily available in PMC 207 June 02.Hucka et al.PageAuthor Manuscript Author Manuscript Author Manuscript Author ManuscriptJ Integr Bioinform. Author manuscript; out there in PMC 207 June 02.The above outline shows the order from the components. The capitalized identifiers refer to generic strings of a particular variety: SBML_ELEMENT refers to any SBML element name that can contain an annotation element; SBML_META_ID is usually a XML ID string; RELATION_ELEMENT refers to element names in either the namespace http:biomodels.net biologyqualifiers or http:biomodels.netmodelqualifiers; and URI can be a URI. [MODEL_HISTORY] refers to an optional section described in Section six.six which can only be present inside SBML model components. The placeholder NESTED_CONTENT refers to additional, nested RELATION_ELEMENT components within a manner described in the next paragraph. ` ‘ is really a placeholder for either no content material or valid XML syntax that may be not defined by the typical annotation scheme but is consistent with the relevant requirements for the enclosing components. ` …’ is a placeholder for zero or more components of your exact same type as the promptly preceding element. The precise kind of whitespace along with the XML namespace prefix definitions is just not constrained; on the other hand, the components and attributes has to be inside the namespaces shown. The rest of this section describes the format formally in English. The placeholder NESTED_CONTENT in the syntax summary above refers to added nested annotations. The format of each and every element comprising NESTED_CONTENT is identical for the syntax of RELATION_ELEMENT; in other words, NESTED_CONTENT PubMed ID:https://www.ncbi.nlm.nih.gov/pubmed/23814047 consists of a single or additional on the following written sequentially:Hucka et al.PageThis can be utilised to clarify or elaborate the RELATION_ELEMENT in which the annotation appears; for instance, it may very well be utilised to describe protein modifications on species, or to add evidence codes for an annotation. The NESTED_CONTENT content material relates to its containing RELATION_ELEMENT, not the other way about, and it qualifies but will not change the which means with the containing relation. Ignoring N.