Significance of Biosynthetic pathway
Biosynthetic pathway refers to the biochemical routes and processes through which various biological compounds are synthesized within organisms. These pathways include the synthesis of lipid mediators, quinazolinones, saponins in plants, and other specific compounds like podophyllotoxin and taxol. Each pathway consists of interconnected enzymatic reactions essential for forming secondary metabolites, highlighting the complexity and importance of these biochemical processes in living organisms.
Synonyms: Metabolic pathway, Biochemical pathway, Synthetic pathway
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The concept of Biosynthetic pathway in scientific sources
The biosynthetic pathway is a biological process in plants that synthesizes podophyllotoxin and its derivatives, playing a crucial role in the production of valuable compounds with therapeutic potential.
From: World Journal of Pharmaceutical Research
(1) The series of biochemical reactions through which complex molecules are synthesized in living organisms, particularly referring to the synthesis of CoQ10 in this text.[1] (2) The series of enzymatic reactions through which a biological organism produces a specific compound, such as taxol.[2] (3) Biological routes through which quinazolinones and related compounds can be synthesized in living organisms.[3] (4) The biological route through which podophyllotoxin and its derivatives are synthesized in plants.[4] (5) The series of biochemical processes and reactions that lead to the synthesis of specific compounds, such as saponins in plants.[5]
From: Journal of Indian Society of Periodontology
(1) The biochemical routes through which biological compounds, including lipid mediators, are synthesized within the body.[6]