ADVANCES ON THE BIOSYNTHESIS OF PYRIDINE RINGS

CAROLINA ELIZABETH PORTERO PICO

ADVANCES ON THE BIOSYNTHESIS OF PYRIDINE RINGS

CAROLINA ELIZABETH PORTERO PICO

Producción científica: Contribución a una revista › Artículo › revisión exhaustiva

Resumen

Numerous studies have investigated the biosynthesis of pyridine heterocycles derived from nicotinic acid. However, metabolic pathways generating pyridine heterocycles in nature remain uninvestigated. Here, we summarize recent contributions conducted in the last decade on the biosynthetic pathways of non-derivate from nicotinic acid pyridine rings and discuss their implication on the study of natural products with pyridine structures

Idioma original	Español (Ecuador)
Publicación	REVISTA
Estado	Publicada - 11 ene. 2023
Publicado de forma externa	Sí

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https://www.sciencedirect.com/science/article/pii/S2667370322000546

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title = "ADVANCES ON THE BIOSYNTHESIS OF PYRIDINE RINGS",

abstract = "Numerous studies have investigated the biosynthesis of pyridine heterocycles derived from nicotinic acid. However, metabolic pathways generating pyridine heterocycles in nature remain uninvestigated. Here, we summarize recent contributions conducted in the last decade on the biosynthetic pathways of non-derivate from nicotinic acid pyridine rings and discuss their implication on the study of natural products with pyridine structures",

author = "{PORTERO PICO}, {CAROLINA ELIZABETH}",

year = "2023",

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N2 - Numerous studies have investigated the biosynthesis of pyridine heterocycles derived from nicotinic acid. However, metabolic pathways generating pyridine heterocycles in nature remain uninvestigated. Here, we summarize recent contributions conducted in the last decade on the biosynthetic pathways of non-derivate from nicotinic acid pyridine rings and discuss their implication on the study of natural products with pyridine structures

AB - Numerous studies have investigated the biosynthesis of pyridine heterocycles derived from nicotinic acid. However, metabolic pathways generating pyridine heterocycles in nature remain uninvestigated. Here, we summarize recent contributions conducted in the last decade on the biosynthetic pathways of non-derivate from nicotinic acid pyridine rings and discuss their implication on the study of natural products with pyridine structures

UR - https://www.sciencedirect.com/science/article/pii/S2667370322000546

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