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<chem-struct-wrap> Chemical Structure Wrapper
Wrapper element for a chemical expression, reaction, equation, etc. that is set apart
from the text; includes any number, label, or caption that accompanies the chemical
expression.
Usage/Remarks
A <chem-struct-wrap> may be numbered, programmatically, by a formatting application or by preserving the
number inside a <label> element.
The chemical expressions inside this element may be formally tagged as <chem-struct> elements or merely expressed as one or more display objects.
Position
The @position attribute may be used to indicate whether this element must be anchored at its exact
location within the text or whether it may float (for example, to the top of the next
page, into the next column, to the end of a logical file, or within a separate window).
NLM DTD Historical Note
This element (<chem-struct-wrap>) was significantly remodeled
from previous versions of this Tag Set. The current NISO JATS values are backward
compatible with all JATS versions and
with the last NLM version, but not with earlier NLM DTD versions. Specifically, the
<chem-struct-wrap> element replaces the
<chem-struct-wrapper> element, which is no longer available.
Attributes
Multi-lang Attributes
Models and Context
May be contained in
Description
The following, in order:
- <object-id> Object Identifier, zero or more
- <caption> Caption of a Figure, Table, etc., zero or more
- <legend> Legend, zero or more
- Any combination of:
- Accessibility Elements
- One or more of any of:
- Ownership Elements
- <attrib> Attribution, zero or one
- <permissions> Permissions, zero or more
Content Model
<!ELEMENT chem-struct-wrap %chem-struct-wrap-model; >
Expanded Content Model
((object-id)*, (caption)*, (legend)*, (alt-text | long-desc)*, (alternatives | chem-struct | code | graphic | media | preformat | textual-form)+, attrib?, (permissions)*)
Tagged Sample
With <caption> and alternative structures
...
<chem-struct-wrap>
<caption>
<p>Chemical equation for the oxidation of glucose into
cardon dioxide and water. Unlike combustion, metabolic
pathways involving glycolysis and respiration control
the release of energy during oxidation, thereby permitting
its storage in ATP molecules. This slow release of energy
via chain reactions with multiple steps can be grouped
into four stages.</p>
</caption>
<alternatives>
<graphic xmlns:xlink="http://www.w3.org/1999/xlink"
xlink:href="pq0209587032" specific-use="internet"/>
<chem-struct>C<sub>6</sub>H<sub>12</sub>O<sub>6</sub> +
6 O<sub>2</sub> ⟶ 6 CO<sub>2</sub> + 6 H<sub>2</sub>O
</chem-struct>
</alternatives>
</chem-struct-wrap>
...