Miniemulsions are kinetically stable but thermodynamically unstable. Dislocations are thermodynamically unstable, kinetically trapped defects. This is caused either because chelate-biomolecules are not thermodynamically stable or are not kinetically stable. An antiaromatic compound may demonstrate its antiaromaticity both kinetically and thermodynamically. This makes it kinetically nonreactive despite being thermodynamically one of the strongest oxidants. Despite it being an endothermic compound, it is kinetically stable. Enzymes with this property are called "catalytically perfect" or "kinetically perfect". The planar-chiral DMAP catalyst was also shown to be effective at kinetically resolving propargylic alcohols. It has been resolved into its enantiomers, which are kinetically stable. The result of the glass transition is a kinetically static state of a supercooled liquid. A first kinetically controlled product rearranges to form the amide bond. Red phosphorus is kinetically most stable. However, the azides and alkynes are both kinetically stable. It is kinetically more reactive than butyllithium and is often used to accomplish difficult metalations. It is kinetically unstable at ambient temperature, however the rate of decay is slow.