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Drug Design, Development and Therapy Volume 16, 2022 - Issue
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REVIEW

The Novel Compounds with Biological Activity Derived from Soil Fungi in the Past Decade

Danyu Zhang1 Gene Engineering and Biotechnology Beijing Key Laboratory, College of Life Science, Beijing Normal University, Beijing, People’s Republic of China
,
Shoujie Li1 Gene Engineering and Biotechnology Beijing Key Laboratory, College of Life Science, Beijing Normal University, Beijing, People’s Republic of China
,
Mohan Fan2 Dongzhimen Hospital, Beijing University of Chinese Medicine, Beijing, People’s Republic of ChinaORCID Iconhttps://orcid.org/0000-0001-9185-6223
ORCID Icon &
Changqi Zhao1 Gene Engineering and Biotechnology Beijing Key Laboratory, College of Life Science, Beijing Normal University, Beijing, People’s Republic of ChinaCorrespondence[email protected]
Pages 3493-3555 | Published online: 05 Dec 2023

Figures & data

Figure 1 The percentage of various compounds.

Figure 1 The percentage of various compounds.

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Figure 2 Alkaloids 1–92. (A) Alkaloids 1–14. (B) Alkaloids 15–31. (C) Alkaloids 32–46. (D) Alkaloids 47–61. (E) Alkaloids 62–79. (F) Alkaloids 80–92.

Figure 2 Alkaloids 1–92. (A) Alkaloids 1–14. (B) Alkaloids 15–31. (C) Alkaloids 32–46. (D) Alkaloids 47–61. (E) Alkaloids 62–79. (F) Alkaloids 80–92.

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Figure 3 Terpenoids and steroids 93–213. (A) Terpenoids 93–120. (B) Terpenoids 121–136. (C) Terpenoids 137–155. (D) Terpenoids 156–179. (E) Terpenoids 180–200. (F) Terpenoids and steroids 201–213.

Figure 3 Terpenoids and steroids 93–213. (A) Terpenoids 93–120. (B) Terpenoids 121–136. (C) Terpenoids 137–155. (D) Terpenoids 156–179. (E) Terpenoids 180–200. (F) Terpenoids and steroids 201–213.

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Figure 4 Ketones 214–387. (A) Ketones 214–238. (B) Ketones 239–256. (C) Ketones 257–275. (D) Ketones 276–297. (E) Ketones 298–322. (F) Ketones 323–347. (G) Ketones 348–371. (H) Ketones 372–387.

Figure 4 Ketones 214–387. (A) Ketones 214–238. (B) Ketones 239–256. (C) Ketones 257–275. (D) Ketones 276–297. (E) Ketones 298–322. (F) Ketones 323–347. (G) Ketones 348–371. (H) Ketones 372–387.

Figure 5 Phenylpropanoids 388–422. (A) Phenylpropanoids 388–417. (B) Phenylpropanoids 418–422.

Figure 5 Phenylpropanoids 388–422. (A) Phenylpropanoids 388–417. (B) Phenylpropanoids 418–422.

Figure 6 Quinones 423–438.

Figure 6 Quinones 423–438.

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Figure 7 Esters and lactones 439–490. (A) Esters and lactones 439–453. (B) Esters and lactones 454–478. (C) Lactones 479–490.

Figure 7 Esters and lactones 439–490. (A) Esters and lactones 439–453. (B) Esters and lactones 454–478. (C) Lactones 479–490.

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Figure 8 Other compounds 491–546. (A) Other compounds 491–513. (B) Other compounds 514–534. (C) Other compounds 535–546.

Figure 8 Other compounds 491–546. (A) Other compounds 491–513. (B) Other compounds 514–534. (C) Other compounds 535–546.

Figure 9 The percentage of compounds with various activities.

Figure 9 The percentage of compounds with various activities.

Figure 10 The number of various compounds from each genus.

Figure 10 The number of various compounds from each genus.

Figure 11 Proportion of strains in different living environments.

Figure 11 Proportion of strains in different living environments.

Figure 12 Number of different compounds with different activities.

Figure 12 Number of different compounds with different activities.

Table 1 Brief Summary of New Compounds

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