Pestalotiopsis, an endophytic fungus What is on it and what is for it?

• Harriet A. Zuckerman

  English

  Author

Secondary metabolites that function as biologically active agents in higher plants are abundant in endophytic fungus.
Fungal derivatives are essential to human existence, and their chemicals are used to make antimicrobial, anti-cancer, and
other drugs. Endophyte-derived secondary metabolites have the ability to prevent the growth of numerous plant diseases.
Endophytes are abundant natural product sources employed in phytoremediation, the pharmaceutical industry, and
agriculture (plant growth) [1, 2]. Endophytic fungi that have been isolated from medicinal plants exhibit a range of useful
chemical types and activity levels [3, 4]. Fungal endophytes generate a lot more secondary activities than other
endophytic microorganisms [5]. Derivatives of fungal endophytes are employed in biotechnological applications.
Because of its antibacterial, anticancer, and other properties, it is very important in pharmaceutical research [6, 7].
Researchers are paying more and more attention to fungal endophytes because of their capacity to release a variety of
structurally unique compounds, making them attractive options for drug discovery. One of the well-known fungal genera,
Pestalotiopsis, is renowned for producing and accumulating a wide range of physiologically active chemicals [8–10].
Four novel species have been isolated and identified as a result of the majority of recent study on Pestalotiopsis, which
is based on endophytic isolates. Pestalotiopsis hainanensis, Pestalotiopsis jesteri, Pestalotiopsis kunmingensis, and
Pestalotiopsis pallidotheae are these [11–13]. The genus Pestalotiopsis exhibits encouraging bioremediation potential for
waste reduction and the synthesis of taxol, which has significant uses as an anticancer drug [14, 15].
Description and ecology of Pestalotiopsis

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