Selective hydrodeoxygenation of benzylic acids and esters to methyl-substituted aromatics enables direct synthesis of fine chemicals, pharmaceuticals, and renewable hydrocarbons. Traditional methods rely on stoichiometric hydrides, multistep sequences, or harsh conditions with poor selectivity. Herein, we report a mi...
Swetarani Meher, Arolla Bhavani, B. Bagh· Journal of Organic Chemistry· 0 citations
Sustainable development has driven intensive research on the oxidation of lignin‐derived phenolics for fine‐chemical production. Selective catalysis, particularly chemodivergent catalysis, plays a crucial role in synthetic chemistry. In this context, chemoselective oxidation of lignin‐based vanillyl alcohol to vanill...
Rasmiranjan Hota, Chinmaya Kumar Meher, B. Bagh· Annalen der Pharmacie· 0 citations
Quinoline derivatives were synthesized efficiently through acceptorless dehydrogenative coupling of amino alcohols or amino ketones with secondary alcohols using an air‐stable iridium(III) pyrazolato complex as catalyst. The protocol can operate under solvent‐free condition with catalyst loadings as low as 0.3 mol%,...
Aditi Trivedi, R. Saha, Amrut Mohan Jena et al.· Asian Journal of Organic Che...· 0 citations
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