azide

However, whether the omission of azide alone explains the discrepancy between the studies is not clear.

Azidoazole Azide is basically an azide group bonded to an azole ring...

Not to mention that cars already contain many highly toxic materials, like sodium azide to generate gas for the air bags.

Each airbag in your car contains enough sodium azide to kill 50 people.

It's detonation velocity is twice as high as lead azide for instance.

Or double bonds, as some of those compounds seem like someone got in a contest to cram the most azide groups into the smallest space.

The company also produced a number of the earliest practical airbag systems, building the high-speed sodium azide exothermic gas generators used to inflate the bags.

Silver azide and halogen azides are extremely hazardous and explosive.

It is used for the preparation of other azide compounds.

In a handful of assays, the Hunter group used azide but failed to see the initial attraction to PA14, or to observe learned avoidance in the F2 generation.

I can incorporate an alkyne nucleotide, and click a blue azide, etc.

Airbags are normally powered by sodium azide.

Azidoazole Azide is another classic from the "take a nasty little functional group and build a whole molecule out of them" family.

This holds a place in my mind as "basically the same as alkyne - azide" since Tetrazzine is "more or less azide" and dbco is "more or less cyclooctyne".

Derek Lowe wrote a "Things I Won't Work With" column about cyanogen azide [1], which is CN4; this seems to be some kind of trimer form of that one.

"Azide" immediately rings all my Derek Lowe bells, and yeah...

This is a great video on Azidoazide Azide, explosions and fire is a horrifically entertaining and educational youtube channel.