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Great expansion of this article, several remarks though:

• Allylic strain is not a type of energy. It is a rotational barrier with a strain energy associated with it.
• The reference to bisecting / eclipsed has disappeared in the new edit.

V8rik ( talk) 21:31, 6 December 2009 (UTC) reply

The figure with the caption "A represents the conformation that would occur in most situations due to allylic strain. However, as shown in B a hydrogen bond can form that is energetically favorable and cancels the disfavorable allylic strain. Thus, B is the most stable conformation."...

is showing two different geometric isomers, instead of two conformers, correct? 203.198.31.157 ( talk) 08:36, 22 May 2013 (UTC) reply