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De la naturaleza a la industria: el aprovechamiento de las enzimas para la biocatálisis

R Buller¹, S Lutz², R J Kazlauskas³

¹Competence Center for Biocatalysis, Institute of Chemistry and Biotechnology, Zurich University of Applied Sciences, 8820 Wädenswil, Switzerland.

Science (New York, N.Y.)

|November 23, 2023

Resumen

La biocatálisis utiliza enzimas para la síntesis verde de productos valiosos. Los avances en la ingeniería enzimática y las químicas combinadas permiten la producción de nuevas moléculas complejas con menos desperdicio.

Área de la Ciencia:

Biocatálisis y ingeniería enzimática
Química verde y síntesis sostenible
Química orgánica sintética

Sus antecedentes:

La biocatálisis utiliza enzimas como catalizadores para producir compuestos valiosos.
Es una tecnología sostenible con amplias aplicaciones desde el laboratorio hasta la industria.
Las enzimas permiten la síntesis de moléculas complejas con menos pasos y menos desperdicio.

Objetivo del estudio:

Revisar los avances recientes en el campo del biocatálisis y la ingeniería enzimática.
Resaltar las nuevas vías sintéticas que combinan la biocatálisis con otros métodos catalíticos.
Identificar las limitaciones actuales y las perspectivas futuras en este campo.

Principales métodos:

Desarrollo de herramientas experimentales y computacionales para la adaptación de propiedades enzimáticas.
Diseño de las vías de síntesis quimioenzimática y de las cascadas enzimáticas.
Integración de la biocatálisis con la catálisis de metales de transición, la fotocatálisis y la electrocatálisis.

Principales resultados:

Creación de biocatalizadores de ingeniería para reacciones no naturales.
La síntesis exitosa de objetivos complejos como el ADN, productos farmacéuticos y almidón artificial.
Aparición de nuevas composiciones químicas a través de sistemas catalíticos híbridos.

Conclusiones:

La biocatálisis es un campo de rápido avance con un potencial significativo para la producción química sostenible.
La innovación continua en la ingeniería enzimática y la catálisis híbrida ampliará su alcance.
Abordar las limitaciones actuales liberará aún más las capacidades de la tecnología.

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