Hydroboration of Alkenes:

Hydroboration

In chemistry, hydroboration consider to the addition of a hydrogen-boron bond to C-C, C-N, and C-O double bonds, also C-C triple bonds. This chemical reaction is helpful in the organic synthesis of organic compounds. The progress of this technology and the underlying concepts was identified through the Nobel Prize in Chemistry to Herbert C. Brown. The Herbert C. Brown shared the Noble prize in chemistry along with Georg Wittig in the year 1979 for his pioneering research on organoboranes as significant synthetic intermediates.

Hydroboration generates organoborane compounds which react with a variety of reagents to generate helpful compounds, like alcohols, amines, alkyl halides. The most extensively known reaction of the organoboranes is oxidation to produce alcohols generally by hydrogen peroxide. This kind of reaction has promoted research on hydroboration due to its mild condition and a wide scope of olefins tolerated. Other research subtheme is metal-catalysed hydroboration.