Large Scale Commercial Production of Renewable Butanediol
BASF plans production of butanediol from renewable feedstock using Genomatica technologyRead more
Friday 17 May 2013
BASF plans production of butanediol from renewable feedstock using Genomatica technology
Large Scale Commercial Production of Renewable Butanediol
BASF plans production of butanediol from renewable feedstock using Genomatica technologyRead more
Evonik has started basic engineering for a production plant for precipitated silica in Brazil
Evonik Plans New Silica Plant in Brazil
Evonik has started basic engineering for a production plant for precipitated silica in BrazilRead more
Even at low temperatures, platinum nanoparticles on a support catalyze breakdown of ethylene
Catalyst Keeps Fruit Fresh Longer
Even at low temperatures, platinum nanoparticles on a support catalyze breakdown of ethyleneRead more
A versatile synthesis of various propiolic acid derivatives by using cesium fluoride has been developed
16 May 2013
Proper Path to Propiolic Acids
A versatile synthesis of various propiolic acid derivatives by using cesium fluoride has been developedRead more
Tuesday 14 May 2013
Iron Spurs C–H Bond Reactivity Organometallics: Catalyst creates drug scaffolds quickly
Iron catalyst transforms linear alkyl azides into cyclic amines via C–H functionalization.
read at
Friday 10 May 2013
Sweet Route to Steviamine
A concise synthesis of steviamine and three of its analogues is reported before testing for glycosidase inhibition
Read more at chemistry views
Replacing DEAD with recyclable reagents in the Mitsunobu reaction may lead to it being used for larger-scale industrial processes
Replacing a DEAD, Middle-aged Reagent
Replacing DEAD with recyclable reagents in the Mitsunobu reaction may lead to it being used for larger-scale industrial processes
Read more
at chemistryviews by David Bradley
http://www.chemistryviews.org/details/ezine/4634311/Replacing_a_DEAD_Middle-aged_Reagent.html
The Mitsunobu reaction is an organic reaction that converts an alcohol into a variety of functional groups, such as an ester, using triphenylphosphine and an azodicarboxylate such as diethyl azodicarboxylate (DEAD) or diisopropyl azodicarboxylate (DIAD) The alcohol undergoes an inversion of stereochemistry. It was discovered by Oyo Mitsunobu (1934–2003).
07 May 2013
Subscribe to:
Posts (Atom)