Flow reactor technology represents one of the new strategies introduced to advance the sustainability of organic synthesis and shows many advantages compared to the batch methods (e.g. , increased safety, high control of reaction parameters, reduced manual handling, in-line purifications, reaction telescoping). For these reasons, continuous-flow synthesis is receiving increasing attention also in the pharmaceutical industry and, as a result, in the last years many new flow-based routes have been designed towards commercially available APIs

The chemoenzymatic continuous-flow synthesis of captopril / F. Dall'Oglio, A. Pinto, V. De Vitis, F. Molinari, D. Romano, P. Conti, L. Tamborini. ((Intervento presentato al 24. convegno National Meeting in Medicinal Chemistry 2016 (NMMC 2016) tenutosi a Perugia nel 2016.

The chemoenzymatic continuous-flow synthesis of captopril

F. Dall'Oglio
;
A. Pinto
Secondo
;
V. De Vitis;F. Molinari;D. Romano;P. Conti
Penultimo
;
L. Tamborini
Ultimo
2016-09

Abstract

Flow reactor technology represents one of the new strategies introduced to advance the sustainability of organic synthesis and shows many advantages compared to the batch methods (e.g. , increased safety, high control of reaction parameters, reduced manual handling, in-line purifications, reaction telescoping). For these reasons, continuous-flow synthesis is receiving increasing attention also in the pharmaceutical industry and, as a result, in the last years many new flow-based routes have been designed towards commercially available APIs
Settore CHIM/08 - Chimica Farmaceutica
Settore CHIM/11 - Chimica e Biotecnologia delle Fermentazioni
The chemoenzymatic continuous-flow synthesis of captopril / F. Dall'Oglio, A. Pinto, V. De Vitis, F. Molinari, D. Romano, P. Conti, L. Tamborini. ((Intervento presentato al 24. convegno National Meeting in Medicinal Chemistry 2016 (NMMC 2016) tenutosi a Perugia nel 2016.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/2434/470816
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