<i>Averrhoa bilimbi</i> in Organic Transformation:A Highly Efficient and Green Biosurfactant for the Synthesis of Multi-Functional Chromenes and Xanthenes
“…With the success of attempts for C–C bond formation, Knoevenagel condensation was then used to construct heterocycles, owing to their significant importance in medicinal/agrochemical sciences. Using a bio-surfactant, such as bilimbi fruit extract (BFE), Patil and colleagues 29 developed a successful technique for the synthesis of multi-functional chromenes 17 and xanthenes 18 (Fig. 5).…”
This study demonstrates a biomimetic approach that facilitates organic frameworks in the laboratory using common fruits and vegetables promoting environmental as well as fiscal sustainability—a “Green leaves to Green chemistry” technique.
“…With the success of attempts for C–C bond formation, Knoevenagel condensation was then used to construct heterocycles, owing to their significant importance in medicinal/agrochemical sciences. Using a bio-surfactant, such as bilimbi fruit extract (BFE), Patil and colleagues 29 developed a successful technique for the synthesis of multi-functional chromenes 17 and xanthenes 18 (Fig. 5).…”
This study demonstrates a biomimetic approach that facilitates organic frameworks in the laboratory using common fruits and vegetables promoting environmental as well as fiscal sustainability—a “Green leaves to Green chemistry” technique.
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