有机化学 ›› 2021, Vol. 41 ›› Issue (11): 4255-4278.DOI: 10.6023/cjoc202103044 上一篇 下一篇
综述与进展
收稿日期:
2021-03-24
修回日期:
2021-06-14
发布日期:
2021-07-12
通讯作者:
郑彩娟
基金资助:
Weinü Zeng, Guolei Huang, Bin Wang, Jin Cai, Caijuan Zheng()
Received:
2021-03-24
Revised:
2021-06-14
Published:
2021-07-12
Contact:
Caijuan Zheng
Supported by:
文章分享
红树植物生长于缺氧、酸性、含盐的热带和亚热带地区的潮间带, 生长环境的特殊性为红树来源真菌提供了特殊的宿主环境. 红树来源真菌独特的遗传背景和代谢途径使得其次级代谢产物具有结构新颖且类型多样、生物活性多样化等特点. 青霉属(Penicillium sp.)真菌分布广泛, 为红树来源真菌的一大类群, 能够代谢产生生物碱类、肽类、萜类及聚酮类等结构类型多样且新颖的代谢产物, 大多具有抗肿瘤、抗炎、抗菌和酶抑制剂等多种生物活性. 综述了2007~2020年, 从红树来源青霉属真菌中发现的276个新化合物, 介绍了其结构和生物活性, 以期为后续红树来源青霉属真菌新型天然药物的开发提供参考.
曾尾女, 黄国雷, 王斌, 蔡瑾, 郑彩娟. 红树来源青霉属真菌次级代谢产物与生物活性(2007~2020)[J]. 有机化学, 2021, 41(11): 4255-4278.
Weinü Zeng, Guolei Huang, Bin Wang, Jin Cai, Caijuan Zheng. Secondary Metabolites and Bioactivities of Penicillium sp. Sourced from Mangrove from 2007 to 2020[J]. Chinese Journal of Organic Chemistry, 2021, 41(11): 4255-4278.
Plant species | Isolated fungi | Site | Ref. |
---|---|---|---|
Rhizospheric soil of mangrove plants | Penicillium javanicum HK1-22 Penicillium sp. HK1-22 Penicillium janthinellum HK1-6 Penicillium sp. SYFz-1 Penicillium sp. SCSIO041218 Penicillium pinophilum SCAU037 Penicillium pinophilum H608 Penicillium camemberti OUCMDZ-1492 Penicillium herquei MA-370 Penicillium polonicum H175 Penicillium polonicum MCCC3A00951 | 海南东寨港自然保护区 海南东寨港自然保护区 海南 海南三亚 三亚 中国特呈岛 厦门 海南文昌 海南 福建张江口 福建张江口 | [ [ [ [ [ [ [ [ [ [ [ |
Kandelia candel | Penicillium commune QQF-3 Penicillium aculeatum No. 9EB Penicillium chermesinum ZH4-E2 Penicillium sp. sk5GW1L Penicillium sp. sk14JW2P Penicillium sp. (SBE-8) Penicillium citrinum QJF-22 | 广东 广东阳江 广东 广西 广西 香港 海南海口 | [ [ [ [ [ [ [ |
Bruguiera sexangula var. rhynchopetala | Penicillium sp. TGM112 Penicillium citrinum HL-5126 Penicillium simplicissimum MA-332 Penicillium sp. (J41221) | 海南东寨港自然保护区 海南东寨港自然保护区 海南 海南东寨港自然保护区 | [ [ [ [ |
Bruguiear gymnorrhiza | Penicillium sp. GD6 Penicillium thomi Penicillium sp. MA-37 | 广州湛江 广西 海南 | [ [ [ |
Avicennia marina | Penicillium brocae MA-231 Penicillium sp. FJ-1 Penicillium brocae MA-192 Penicillium sp. ZH16 Penicillium citrinum | 海南 福建 海南 海南东寨港自然保护区 福建 | [ [ [ [ [ |
Acanthus ilicifolius | Penicillium chrysogenum HND11-24 Penicillium dipodomyicola HN4-3A Penicillium sp. (ZZF 32#) Penicillium sp. 299# Penicillium sp. FJ-1 | 海南 海南 广东湛江 海南 海南 | [ [ [ [ [ |
Rhizophora stylosa | Penicillium oxalicum EN-201 Penicillium solitum GWQ-143 | 海南 / | [ [ |
Cerbera manghas | Penicillium sp. HN29-3B1 | 海南东寨港自然保护区 | [ |
Plant species | Isolated fungi | Site | Ref. |
Aegiceras corniculatum | Penicillium sp. JP-1 Penicillium sp. (strain HKI0459) | 福建 福建厦门 | [ [ |
Sonneratia caseolaris | Penicillium janthinellum HDN13-309 | 海南 | [ |
Ceriouiopps tagal | Penicillium sp. J-54 Penicillium sp. JY246 | 海南东寨港自然保护区 南海 | [ [ |
Lumnitzera racemosa | Penicillium sumatrense MA-92 Penicillium bilaiae MA-267 | 海南文昌 海南 | [ [ |
Myoporum bontioides | Penicillium chrysogenum V11 | 中国雷州半岛 | [ |
Laguncularia racemose | Penicillium coffeae MA-314 | 海南岛 | [ |
Sonneratia apetala | Penicillium sp. ZJ-SY2 | 广东 | [ |
Hibiscus tiliaceus | Penicillium aurantiogriseum 328# Penicillium commune G2M | 广东 海南 | [ [ |
Heritiera littoralis | Penicillium chermesinum strain HLit-ROR2 Penicillium sp. YYSJ-3 | 泰国 广东珠海 | [ [ |
Excoecaria agallocha | Penicillium expansum 091006 Penicillium sp. Y2-2-1 | 海南文昌 广东广州 | [ [ |
Bruguiera sexangula | Penicillium sp. 091402 | 海南 | [ |
Penicillium sp. 303 # | 广东湛江 | [ | |
Penicillium variabile | 福建 | [ |
Plant species | Isolated fungi | Site | Ref. |
---|---|---|---|
Rhizospheric soil of mangrove plants | Penicillium javanicum HK1-22 Penicillium sp. HK1-22 Penicillium janthinellum HK1-6 Penicillium sp. SYFz-1 Penicillium sp. SCSIO041218 Penicillium pinophilum SCAU037 Penicillium pinophilum H608 Penicillium camemberti OUCMDZ-1492 Penicillium herquei MA-370 Penicillium polonicum H175 Penicillium polonicum MCCC3A00951 | 海南东寨港自然保护区 海南东寨港自然保护区 海南 海南三亚 三亚 中国特呈岛 厦门 海南文昌 海南 福建张江口 福建张江口 | [ [ [ [ [ [ [ [ [ [ [ |
Kandelia candel | Penicillium commune QQF-3 Penicillium aculeatum No. 9EB Penicillium chermesinum ZH4-E2 Penicillium sp. sk5GW1L Penicillium sp. sk14JW2P Penicillium sp. (SBE-8) Penicillium citrinum QJF-22 | 广东 广东阳江 广东 广西 广西 香港 海南海口 | [ [ [ [ [ [ [ |
Bruguiera sexangula var. rhynchopetala | Penicillium sp. TGM112 Penicillium citrinum HL-5126 Penicillium simplicissimum MA-332 Penicillium sp. (J41221) | 海南东寨港自然保护区 海南东寨港自然保护区 海南 海南东寨港自然保护区 | [ [ [ [ |
Bruguiear gymnorrhiza | Penicillium sp. GD6 Penicillium thomi Penicillium sp. MA-37 | 广州湛江 广西 海南 | [ [ [ |
Avicennia marina | Penicillium brocae MA-231 Penicillium sp. FJ-1 Penicillium brocae MA-192 Penicillium sp. ZH16 Penicillium citrinum | 海南 福建 海南 海南东寨港自然保护区 福建 | [ [ [ [ [ |
Acanthus ilicifolius | Penicillium chrysogenum HND11-24 Penicillium dipodomyicola HN4-3A Penicillium sp. (ZZF 32#) Penicillium sp. 299# Penicillium sp. FJ-1 | 海南 海南 广东湛江 海南 海南 | [ [ [ [ [ |
Rhizophora stylosa | Penicillium oxalicum EN-201 Penicillium solitum GWQ-143 | 海南 / | [ [ |
Cerbera manghas | Penicillium sp. HN29-3B1 | 海南东寨港自然保护区 | [ |
Plant species | Isolated fungi | Site | Ref. |
Aegiceras corniculatum | Penicillium sp. JP-1 Penicillium sp. (strain HKI0459) | 福建 福建厦门 | [ [ |
Sonneratia caseolaris | Penicillium janthinellum HDN13-309 | 海南 | [ |
Ceriouiopps tagal | Penicillium sp. J-54 Penicillium sp. JY246 | 海南东寨港自然保护区 南海 | [ [ |
Lumnitzera racemosa | Penicillium sumatrense MA-92 Penicillium bilaiae MA-267 | 海南文昌 海南 | [ [ |
Myoporum bontioides | Penicillium chrysogenum V11 | 中国雷州半岛 | [ |
Laguncularia racemose | Penicillium coffeae MA-314 | 海南岛 | [ |
Sonneratia apetala | Penicillium sp. ZJ-SY2 | 广东 | [ |
Hibiscus tiliaceus | Penicillium aurantiogriseum 328# Penicillium commune G2M | 广东 海南 | [ [ |
Heritiera littoralis | Penicillium chermesinum strain HLit-ROR2 Penicillium sp. YYSJ-3 | 泰国 广东珠海 | [ [ |
Excoecaria agallocha | Penicillium expansum 091006 Penicillium sp. Y2-2-1 | 海南文昌 广东广州 | [ [ |
Bruguiera sexangula | Penicillium sp. 091402 | 海南 | [ |
Penicillium sp. 303 # | 广东湛江 | [ | |
Penicillium variabile | 福建 | [ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
1~5 | A. marina | S. aureus: 0.25~32.0 μg/mL (except 4); Gaeumannomyces graminis: 0.25~64.0 μg/mL (except 4) Micrococcus luteus: 0.25 μg/mL (3); | Hainan | 2015[ |
6~11 | A. marina | DU145/HeLa/HepG2/MCF-7/NCI-H460/SGC-7901/ SW1990/SW480/U251: 0.89~9 μmol/L (except 8/9) | Hainan | 2014[ |
12~15 | A. marina | E. coli/A. hydrophilia/V. harveyi/V. parahaemolyticus: 16.0~32.0 μg/mL (14/15) | Hainan | 2017[ |
16~18 | A. marina | E. coli/A. hydrophilia/V. harveyi: 16.0~64.0 μg/mL (16); E. coli/A. hydrophilia/V. harveyi: 32 μg/mL (18) | Hainan | 2016[ |
19 | A. marina | S. aureus: 0.25 μg/mL | Hainan | 2016[ |
20~27 | Root of S. caseolaris | SOD2/HO-1: 10 μmol/L (22/23) | Hainan | 2020[ |
28~33 | Root of S. caseolaris | HeLa: 0.3~3.9 μmol/L (28~30); HL-60: 0.1~1.6 μmol/L (28~30) | Hainan | 2017[ |
34~41 | Stem of A. corniculatum | BKCa: (34, 35, 37) | Fujian | 2007[ |
42 | Rhizospheric soil of mangrove plant | H1N1: 28.3 μmol/L | Hainan | 2013[ |
43 | Rhizospheric soil of mangrove Plant | H1N1: 38.9 μmol/L | Hainan | 2013[ |
44 | Rhizospheric soil of mangrove plant | H1N1: 32.2 μmol/L | Hainan | 2013[ |
45 | Rhizospheric soil of mangrove plant | / | Hainan | 2013[ |
46 | Rhizospheric soil of mangrove plant | H1N1: 73.3 μmol/L | Hainan | 2013[ |
47 | Rhizospheric soil of mangrove plant | H1N1: 34.1 μmol/L | Hainan | 2013[ |
48 | Rhizospheric soil of mangrove plant | / | Hainan | 2018[ |
49 | Rhizospheric soil of mangrove plan | / | Hainan | 2020[ |
50~53 | Rhizospheric soil of mangrove plant | / | Hainan | 2017[ |
54 | Leaves of R. stylosa | A. salina: 5.6 μmol/L | Hainan | 2015[ |
55~57 | Rhizospheric soil of mangrove plant | AchE: 58.0 μmol/L (57) | Hainan | 2014[ |
58, 59 | A. marina | S. aureus: 0.125 μg/mL (58) | Hainan | 2017[ |
60~62 | Leaves of A. marina | A. salina: 36.7 μmol/L | Hainan | 2014[ |
63 | B.gymnorrhiza | / | Hainan | 2014[ |
64~66 | M. bontioides | Rhizoctonia solani: 195.98 μmol/L (64, 66); MTA-MB435/A549: 7.32~16.13 μmol/L | Leizhou Peninsula | 2017[ 2016[ |
67 | A. ilicifolius | / | Hainan | 2015[ |
68 | Leaves of R. stylosa | A. salina: 2.3 μmol/L | Hainan | 2015[ |
69 | Branch of C. manghas | / | Hainan | 2015[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
1~5 | A. marina | S. aureus: 0.25~32.0 μg/mL (except 4); Gaeumannomyces graminis: 0.25~64.0 μg/mL (except 4) Micrococcus luteus: 0.25 μg/mL (3); | Hainan | 2015[ |
6~11 | A. marina | DU145/HeLa/HepG2/MCF-7/NCI-H460/SGC-7901/ SW1990/SW480/U251: 0.89~9 μmol/L (except 8/9) | Hainan | 2014[ |
12~15 | A. marina | E. coli/A. hydrophilia/V. harveyi/V. parahaemolyticus: 16.0~32.0 μg/mL (14/15) | Hainan | 2017[ |
16~18 | A. marina | E. coli/A. hydrophilia/V. harveyi: 16.0~64.0 μg/mL (16); E. coli/A. hydrophilia/V. harveyi: 32 μg/mL (18) | Hainan | 2016[ |
19 | A. marina | S. aureus: 0.25 μg/mL | Hainan | 2016[ |
20~27 | Root of S. caseolaris | SOD2/HO-1: 10 μmol/L (22/23) | Hainan | 2020[ |
28~33 | Root of S. caseolaris | HeLa: 0.3~3.9 μmol/L (28~30); HL-60: 0.1~1.6 μmol/L (28~30) | Hainan | 2017[ |
34~41 | Stem of A. corniculatum | BKCa: (34, 35, 37) | Fujian | 2007[ |
42 | Rhizospheric soil of mangrove plant | H1N1: 28.3 μmol/L | Hainan | 2013[ |
43 | Rhizospheric soil of mangrove Plant | H1N1: 38.9 μmol/L | Hainan | 2013[ |
44 | Rhizospheric soil of mangrove plant | H1N1: 32.2 μmol/L | Hainan | 2013[ |
45 | Rhizospheric soil of mangrove plant | / | Hainan | 2013[ |
46 | Rhizospheric soil of mangrove plant | H1N1: 73.3 μmol/L | Hainan | 2013[ |
47 | Rhizospheric soil of mangrove plant | H1N1: 34.1 μmol/L | Hainan | 2013[ |
48 | Rhizospheric soil of mangrove plant | / | Hainan | 2018[ |
49 | Rhizospheric soil of mangrove plan | / | Hainan | 2020[ |
50~53 | Rhizospheric soil of mangrove plant | / | Hainan | 2017[ |
54 | Leaves of R. stylosa | A. salina: 5.6 μmol/L | Hainan | 2015[ |
55~57 | Rhizospheric soil of mangrove plant | AchE: 58.0 μmol/L (57) | Hainan | 2014[ |
58, 59 | A. marina | S. aureus: 0.125 μg/mL (58) | Hainan | 2017[ |
60~62 | Leaves of A. marina | A. salina: 36.7 μmol/L | Hainan | 2014[ |
63 | B.gymnorrhiza | / | Hainan | 2014[ |
64~66 | M. bontioides | Rhizoctonia solani: 195.98 μmol/L (64, 66); MTA-MB435/A549: 7.32~16.13 μmol/L | Leizhou Peninsula | 2017[ 2016[ |
67 | A. ilicifolius | / | Hainan | 2015[ |
68 | Leaves of R. stylosa | A. salina: 2.3 μmol/L | Hainan | 2015[ |
69 | Branch of C. manghas | / | Hainan | 2015[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
70 | M. bontioides | / | Leizhou Peninsula | 2018[ |
71 | M. bontioides | / | Leizhou Peninsula | 2018[ |
72 | Stem of B. gymnorrhiza | / | Guangdong | 2018[ |
73~75 | Root of S. caseolaris | / | Hainan | 2017[ |
76 | Root of S. caseolaris | H2O2-induced oxidative damage | Hainan | 2017[ |
77 | Rhizospheric soil of mangrove plant | / | Fujian | 2020[ |
78 | Leaves of E. agallocha | Salmonell paratyphi/E. coli/Shigella/ V. parahaemolyticus: 50 mg/mL | Guangdong | 2020[ |
79, 80 | Soil of R. stylosa | DPPH: 5.6 (79), 4.7 μmol/L (80) | / | 2015[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
70 | M. bontioides | / | Leizhou Peninsula | 2018[ |
71 | M. bontioides | / | Leizhou Peninsula | 2018[ |
72 | Stem of B. gymnorrhiza | / | Guangdong | 2018[ |
73~75 | Root of S. caseolaris | / | Hainan | 2017[ |
76 | Root of S. caseolaris | H2O2-induced oxidative damage | Hainan | 2017[ |
77 | Rhizospheric soil of mangrove plant | / | Fujian | 2020[ |
78 | Leaves of E. agallocha | Salmonell paratyphi/E. coli/Shigella/ V. parahaemolyticus: 50 mg/mL | Guangdong | 2020[ |
79, 80 | Soil of R. stylosa | DPPH: 5.6 (79), 4.7 μmol/L (80) | / | 2015[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||||
---|---|---|---|---|---|---|---|---|
81 | Soil of B. sexangula var. rhynchopetala | Physalospora piricola: 64 μg/mL | Hainan | 2018[ | ||||
82~88 | Leaves of C. tagal | K-562: 90.1 μmol/L (83); α-glucosidase: 2.27±0.058 μmol/L (87) | Hainan | 2019[ | ||||
89, 90 | L. racemose | C. gleosporioides: 0.125~1.0 μg/mL | Hainan | 2014[ | ||||
91 | Root of E. agallocha | / | Hainan | 2010[ | ||||
92 | Root of E. agallocha | / | Hainan | 2010[ | ||||
93, 94 | B. sexangula var. rhynchopetala | C. elegans: 9.4~9.9 μg/mL | Hainan | 2019[ | ||||
95 | B. sexangular | MDA-MB 435/HepG2/HCT-116/A549: 23.87~34.06 μmol/L | Guangdong | 2014[ | ||||
96 | B. sexangular | MDA-MB 435/HepG2/HCT-116/A549: 23.87~34.06 μmol/L | Guangdong | 2014[ | ||||
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||||
97 | Soil of B. gymnorrhiza | / | Hainan | 2012[ | ||||
98 | Soil of B. gymnorrhiza | / | Hainan | 2012[ | ||||
99 | Soil of B. gymnorrhiza | / | Hainan | 2012[ | ||||
100 | Leaves of K. candel | / | Guangxi | 2016[ | ||||
101 | Laves of K. candel | AchE: 0.64±0.08 μmol/L | Guangxi | 2013[ | ||||
102 | Root of H. littoralis | / | Thailand | 2015[ | ||||
103 | B. sexangula var. rhynchopetala | E. coli ATCC 25922/S. albus ATCC 8799/S. aureus ATCC 27154/ B. cereus ATCC 11778: 9.76 μmol/L (103) | Hainan | 2014[ | ||||
104 | B. sexangula var. rhynchopetala | E. coli ATCC 25922/S. albus ATCC 8799/S. aureus ATCC 27154/B. ATCC 663/ B. cereus ATCC 11778/M. tetragenus ATCC 13623): 5~10 μmol/L (104) | Hainan | 2014[ | ||||
105, 106 | Soil of L. racemose | C. cornigerum, Edwardsiella tarda: 0.25, 0.5 μmol/L (105) | Hainan | 2020[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||||
---|---|---|---|---|---|---|---|---|
81 | Soil of B. sexangula var. rhynchopetala | Physalospora piricola: 64 μg/mL | Hainan | 2018[ | ||||
82~88 | Leaves of C. tagal | K-562: 90.1 μmol/L (83); α-glucosidase: 2.27±0.058 μmol/L (87) | Hainan | 2019[ | ||||
89, 90 | L. racemose | C. gleosporioides: 0.125~1.0 μg/mL | Hainan | 2014[ | ||||
91 | Root of E. agallocha | / | Hainan | 2010[ | ||||
92 | Root of E. agallocha | / | Hainan | 2010[ | ||||
93, 94 | B. sexangula var. rhynchopetala | C. elegans: 9.4~9.9 μg/mL | Hainan | 2019[ | ||||
95 | B. sexangular | MDA-MB 435/HepG2/HCT-116/A549: 23.87~34.06 μmol/L | Guangdong | 2014[ | ||||
96 | B. sexangular | MDA-MB 435/HepG2/HCT-116/A549: 23.87~34.06 μmol/L | Guangdong | 2014[ | ||||
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||||
97 | Soil of B. gymnorrhiza | / | Hainan | 2012[ | ||||
98 | Soil of B. gymnorrhiza | / | Hainan | 2012[ | ||||
99 | Soil of B. gymnorrhiza | / | Hainan | 2012[ | ||||
100 | Leaves of K. candel | / | Guangxi | 2016[ | ||||
101 | Laves of K. candel | AchE: 0.64±0.08 μmol/L | Guangxi | 2013[ | ||||
102 | Root of H. littoralis | / | Thailand | 2015[ | ||||
103 | B. sexangula var. rhynchopetala | E. coli ATCC 25922/S. albus ATCC 8799/S. aureus ATCC 27154/ B. cereus ATCC 11778: 9.76 μmol/L (103) | Hainan | 2014[ | ||||
104 | B. sexangula var. rhynchopetala | E. coli ATCC 25922/S. albus ATCC 8799/S. aureus ATCC 27154/B. ATCC 663/ B. cereus ATCC 11778/M. tetragenus ATCC 13623): 5~10 μmol/L (104) | Hainan | 2014[ | ||||
105, 106 | Soil of L. racemose | C. cornigerum, Edwardsiella tarda: 0.25, 0.5 μmol/L (105) | Hainan | 2020[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
107~114 | B. sexangula var. rhynchopetala | Helicoverpa armigera Hubner: 200 μg/mL (107, 111, 112) | Hainan | 2019[ |
115, 116 | Leaves of L. racemose | / | Hainan | 2019[ |
117~126 | Fruit of K. candel | α-glucosidase: 38.1~110.3 μmol/L (119, 123, 125, 126); MptpB: 20.7 μmol/L (124) | Guangdong | 2018[ |
127~129 | B. sexangula var. rhynchopetala | Staphylococcus epidermidis/S. aureus/E. coli/Bacillus cereus/ Vibrio alginolyticus: 20μmol/L (127/128) | Hainan | 2016[ |
130~132 | B. sexangula var. rhynchopetala | salina: 7.7~18.6 μg/mL (130~132), E. coli/P. aeruginosa/ V. harveyi/C. gloeosprioides: 4 μg/mL (130) | Hainan | 2016[ |
133 | Root of B. sexangular | K562: 18.9 μg/mL | Hainan | 2009[ |
134 | Stem of H. littoralis | α-glucosidase: 309.6 μmol/L | Guangdong | 2020[ |
135 | Stem of H. littoralis | α-glucosidase: 237.4 μmol/L | Guangdong | 2020[ |
136 | Stem of H. littoralis | α-glucosidase: 100.6 μmol/L | Guangdong | 2020[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
107~114 | B. sexangula var. rhynchopetala | Helicoverpa armigera Hubner: 200 μg/mL (107, 111, 112) | Hainan | 2019[ |
115, 116 | Leaves of L. racemose | / | Hainan | 2019[ |
117~126 | Fruit of K. candel | α-glucosidase: 38.1~110.3 μmol/L (119, 123, 125, 126); MptpB: 20.7 μmol/L (124) | Guangdong | 2018[ |
127~129 | B. sexangula var. rhynchopetala | Staphylococcus epidermidis/S. aureus/E. coli/Bacillus cereus/ Vibrio alginolyticus: 20μmol/L (127/128) | Hainan | 2016[ |
130~132 | B. sexangula var. rhynchopetala | salina: 7.7~18.6 μg/mL (130~132), E. coli/P. aeruginosa/ V. harveyi/C. gloeosprioides: 4 μg/mL (130) | Hainan | 2016[ |
133 | Root of B. sexangular | K562: 18.9 μg/mL | Hainan | 2009[ |
134 | Stem of H. littoralis | α-glucosidase: 309.6 μmol/L | Guangdong | 2020[ |
135 | Stem of H. littoralis | α-glucosidase: 237.4 μmol/L | Guangdong | 2020[ |
136 | Stem of H. littoralis | α-glucosidase: 100.6 μmol/L | Guangdong | 2020[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
137 | Leaves of A. marina | / | Hainan | 2015[ |
138 | Leaves of A. marina | / | Hainan | 2015[ |
139 | Branch of C. manghas | α-glucosidase: 9.5±1.2 μmol/L | Hainan | 2014[ |
140 | Branch of C. manghas | / | Hainan | 2014[ |
141 | Branch of C. manghas | α-glucosidase: 8.0±1.5 μmol/L | Hainan | 2014[ |
142~144 | L. racemosa | Du145/HeLa/Huh/MCF-7/NCI-H460/ SGC-7901/SW1990: 3.8~10 µmol/L | Hainan | 2013[ |
145 | Leaves of L. racemose | Fusarium oxysporum, f. sp. momordicae nov. f./ C. gleosporioides: 5 μmol/L | Hainan | 2019[ |
146 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
147, 148 | Soil of R. stylosa | DPPH: 14~15 μmol/L | / | 2015[ |
149 | Leaves of A. marina | MG-63: 26 μmol/L, Tca8113: 35 μmol/L | Fujian | 2014[ |
150~152 | B. sexangula var. rhynchopetala | S. aureus: 6.25 μg/mL (150), A. salina: 78.5 μg/mL (152) | Hainan | 2019[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
137 | Leaves of A. marina | / | Hainan | 2015[ |
138 | Leaves of A. marina | / | Hainan | 2015[ |
139 | Branch of C. manghas | α-glucosidase: 9.5±1.2 μmol/L | Hainan | 2014[ |
140 | Branch of C. manghas | / | Hainan | 2014[ |
141 | Branch of C. manghas | α-glucosidase: 8.0±1.5 μmol/L | Hainan | 2014[ |
142~144 | L. racemosa | Du145/HeLa/Huh/MCF-7/NCI-H460/ SGC-7901/SW1990: 3.8~10 µmol/L | Hainan | 2013[ |
145 | Leaves of L. racemose | Fusarium oxysporum, f. sp. momordicae nov. f./ C. gleosporioides: 5 μmol/L | Hainan | 2019[ |
146 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
147, 148 | Soil of R. stylosa | DPPH: 14~15 μmol/L | / | 2015[ |
149 | Leaves of A. marina | MG-63: 26 μmol/L, Tca8113: 35 μmol/L | Fujian | 2014[ |
150~152 | B. sexangula var. rhynchopetala | S. aureus: 6.25 μg/mL (150), A. salina: 78.5 μg/mL (152) | Hainan | 2019[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||
---|---|---|---|---|---|---|
153~156 | Rhizospheric soil of mangrove plant | K562/MCF-7/Huh-7: 55.2~67.5 μmol/L | Hainan | 2019[ | ||
157, 158 | Rhizospheric soil of mangrove plant | / | Hainan | 2018[ | ||
159 | Leaves of K. candel | Salmonell: 2.00±0.02 μmol/L | Guangdong | 2017[ | ||
160, 161 | Rhizospheric soil of mangrove plant | H1975/MCF-7/K562/HL7702: 30 μmol/L (160) | Hainan | 2017[ | ||
162 | Soil of A. ilicifolius | HeLa/Bel-7402/HEK-293/HCT-116/A549: 10.0~30.6 μmol/L | Hainan | 2015[ | ||
163 | Stem of A. ilicifolius | / | Guangdong | 2008[ | ||
164 | Stem of A. ilicifolius | Fusarium oxysporumf. sp. Cubense: 12.5 μg/mL | Guangdong | 2008[ | ||
165 | B. sexangula var. rhynchopetala | / | Hainan | 2017[ | ||
166 | B. sexangula var. rhynchopetala | V. parahaemolyticus: 10 μmol/L | Hainan | 2017[ | ||
167~170 | Stem of C. tagal | Helicoverpa armigera Hubner: 100~200 μg/mL (168/169); Culex quinquefasciatus: 8.5~20.5 μg/mL (except 168) | Nanhai | 2019[ | ||
171, 172 | B. sexangula var. rhynchopetala | S. aureus: 20 μg/mL (171); A549: 15.7 μg/mL (172) | Hainan | 2019[ | ||
173 | Leaves of S. apetala | Con A-induced (T cell): 8.1 μg/mL; LPS-induced (B cell): 9.3 μg/mL | Guangdong | 2016[ | ||
174 | Leaves of S. apetala | / | Guangdong | 2016[ | ||
175 | B. gymnorrhiza | Aeromonas hydrophilia: 8 μg/mL; A. salina: 25.3 μmol/L | Hainan | 2014[ | ||
176 | corniculatum | / | Fujian | 2008[ | ||
177, 178 | Rhizospheric soil of mangrove plant | A. salina: 14.2~25.3 μmol/L | Techeng Isle | 2019[ | ||
179, 180 | Rhizospheric soil of mangrove plant | S. aureus/ Enterococcus faecalis: 3.13~12.5 μmol/L (180) | Hainan | 2019[ | ||
181~184 | Rhizospheric soil of mangrove plant | S. aureus: 3.13~6.25 μmol/L (except 181) | Hainan | 2017[ | ||
185, 186 | Branch of C. manghas | α-glucosidase: 28.0 μmol/L | Hainan | 2014[ | ||
187 | B. sexangula | MDA-MB-435/HepG2/HCT-116/A549: 11.09~24.62 μmol/L | Guangdong | 2014[ | ||
188, 190 | Stem of K. candel | α-glucosidase: 24.5 μmol/L | Guangdong | 2011[ | ||
191~193 | Rhizospheric soil of mangrove plant | S. aureus (ATCC 43300, 33591, 29213 25923): 12.5~50 μg/mL | Hainan | 2019[ | ||
194 | A. marina | S. aureus/ V. harveyi/V. parahaemolyticus: 0.5 μg/mL | Hainan | 2015[ | ||
195 | Rhizospheric soil of mangrove | / | Hainan | 2018[ | ||
196, 197 | Rhizospheric soil of mangrove plant | S. aureus ATCC 33591: 3.13 μg/mL (196) | Hainan | 2019[ | ||
198~203 | Stem of H. tiliaceus | / | Guangdong | 2015[ | ||
204 | Root of K. candel | AchE: 12 μmol/L | Guangxi | 2014[ | ||
205 | Root of K. candel | AchE: 0.079 μmol/L | Guangxi | 2014[ | ||
206 | Root of K. candel | / | Guangxi | 2014[ | ||
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||
207 | Stem of A. corniculatum | A549: 1.45 μmol/L | Fujian | 2008[ | ||
208 | Stem of A. corniculatum | P388: 1.38 μmol/L | Fujian | 2008[ | ||
209 | Stem of A. corniculatum | / | Fujian | 2008[ | ||
210~212 | A. marina | HeLa/BEL-7402/HEK-293/HCT-116/A-549: 3.4~40.5 μmol/L | / | 2015[ | ||
213~216 | Root of H. littoralis | / | Thailand | 2015[ | ||
217 | A. ilicifolius | corticosterone-damaged PC12 cells | Hainan | 2014[ | ||
218 | A. ilicifolius | U251/BT-325/SHG-44: 2.3~4.1 μmol/L | Hainan | 2014[ | ||
219~221 | B. sexangula | HeLa/K562/HCT-116/HL-60/A549/MCF-7: 1.2~9.8 μmol/L (219) | Fujian | 2017[ | ||
222 | B. sexangula | / | Fujian | 2017[ | ||
223~225 | Rhizospheric soil of mangrove plant | / | Techeng Isle | 2019[ | ||
226 | A. marina | KB/KBV200/HeLa/ HepG2/SGC7901: 5~42 μg/mL | Hainan | 2012[ | ||
227, 228 | B. sexangula | / | Hainan | 2020[ | ||
229 | Rhizospheric soil of mangrove plant | / | Hainan | 2020[ | ||
230 | Rhizospheric soil of mangrove plant | / | Hainan | 2020[ | ||
231~233 | Stem of A.ilicifolius | MptpB: 0.16~1.375 μmol/L (231/232) | Hainan | 2014[ | ||
234 | Branch of C. manghas | / | Hainan | 2015[ | ||
235 | A. marina | / | Fujian | 2015[ | ||
236 | A. marina | / | Fujian | 2015[ | ||
237 | Leaves of S. apetala | / | Hainan | 2012[ | ||
238 | Soil of B. gymnorrhiza | / | Fujian | 2012[ | ||
239 | Rhizospheric soil of mangrove plant | / | Fujian | 2020[ | ||
240 | K. candel | AChE/ α-glucosidase /Antioxidant: >100 μmol/L | Hainan | 2020[ | ||
241 | B. sexangula var. rhynchopetala | / | Hainan | 2016[ | ||
242 | Rhizospheric soil of mangrove plant | Attenuate OGD-induced cell viability loss in rat spinal cord astrocytes | Hainan | 2020[ | ||
243, 244 | Stem of ilicifolius | / | Hainan | 2014[ | ||
245 | K. candel | / | Hong Kong | 2009[ | ||
246 | K. candel | AChE/α-glucosidase/Antioxidant: >100 μmol/L | Hainan | 2020[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||
---|---|---|---|---|---|---|
153~156 | Rhizospheric soil of mangrove plant | K562/MCF-7/Huh-7: 55.2~67.5 μmol/L | Hainan | 2019[ | ||
157, 158 | Rhizospheric soil of mangrove plant | / | Hainan | 2018[ | ||
159 | Leaves of K. candel | Salmonell: 2.00±0.02 μmol/L | Guangdong | 2017[ | ||
160, 161 | Rhizospheric soil of mangrove plant | H1975/MCF-7/K562/HL7702: 30 μmol/L (160) | Hainan | 2017[ | ||
162 | Soil of A. ilicifolius | HeLa/Bel-7402/HEK-293/HCT-116/A549: 10.0~30.6 μmol/L | Hainan | 2015[ | ||
163 | Stem of A. ilicifolius | / | Guangdong | 2008[ | ||
164 | Stem of A. ilicifolius | Fusarium oxysporumf. sp. Cubense: 12.5 μg/mL | Guangdong | 2008[ | ||
165 | B. sexangula var. rhynchopetala | / | Hainan | 2017[ | ||
166 | B. sexangula var. rhynchopetala | V. parahaemolyticus: 10 μmol/L | Hainan | 2017[ | ||
167~170 | Stem of C. tagal | Helicoverpa armigera Hubner: 100~200 μg/mL (168/169); Culex quinquefasciatus: 8.5~20.5 μg/mL (except 168) | Nanhai | 2019[ | ||
171, 172 | B. sexangula var. rhynchopetala | S. aureus: 20 μg/mL (171); A549: 15.7 μg/mL (172) | Hainan | 2019[ | ||
173 | Leaves of S. apetala | Con A-induced (T cell): 8.1 μg/mL; LPS-induced (B cell): 9.3 μg/mL | Guangdong | 2016[ | ||
174 | Leaves of S. apetala | / | Guangdong | 2016[ | ||
175 | B. gymnorrhiza | Aeromonas hydrophilia: 8 μg/mL; A. salina: 25.3 μmol/L | Hainan | 2014[ | ||
176 | corniculatum | / | Fujian | 2008[ | ||
177, 178 | Rhizospheric soil of mangrove plant | A. salina: 14.2~25.3 μmol/L | Techeng Isle | 2019[ | ||
179, 180 | Rhizospheric soil of mangrove plant | S. aureus/ Enterococcus faecalis: 3.13~12.5 μmol/L (180) | Hainan | 2019[ | ||
181~184 | Rhizospheric soil of mangrove plant | S. aureus: 3.13~6.25 μmol/L (except 181) | Hainan | 2017[ | ||
185, 186 | Branch of C. manghas | α-glucosidase: 28.0 μmol/L | Hainan | 2014[ | ||
187 | B. sexangula | MDA-MB-435/HepG2/HCT-116/A549: 11.09~24.62 μmol/L | Guangdong | 2014[ | ||
188, 190 | Stem of K. candel | α-glucosidase: 24.5 μmol/L | Guangdong | 2011[ | ||
191~193 | Rhizospheric soil of mangrove plant | S. aureus (ATCC 43300, 33591, 29213 25923): 12.5~50 μg/mL | Hainan | 2019[ | ||
194 | A. marina | S. aureus/ V. harveyi/V. parahaemolyticus: 0.5 μg/mL | Hainan | 2015[ | ||
195 | Rhizospheric soil of mangrove | / | Hainan | 2018[ | ||
196, 197 | Rhizospheric soil of mangrove plant | S. aureus ATCC 33591: 3.13 μg/mL (196) | Hainan | 2019[ | ||
198~203 | Stem of H. tiliaceus | / | Guangdong | 2015[ | ||
204 | Root of K. candel | AchE: 12 μmol/L | Guangxi | 2014[ | ||
205 | Root of K. candel | AchE: 0.079 μmol/L | Guangxi | 2014[ | ||
206 | Root of K. candel | / | Guangxi | 2014[ | ||
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year | ||
207 | Stem of A. corniculatum | A549: 1.45 μmol/L | Fujian | 2008[ | ||
208 | Stem of A. corniculatum | P388: 1.38 μmol/L | Fujian | 2008[ | ||
209 | Stem of A. corniculatum | / | Fujian | 2008[ | ||
210~212 | A. marina | HeLa/BEL-7402/HEK-293/HCT-116/A-549: 3.4~40.5 μmol/L | / | 2015[ | ||
213~216 | Root of H. littoralis | / | Thailand | 2015[ | ||
217 | A. ilicifolius | corticosterone-damaged PC12 cells | Hainan | 2014[ | ||
218 | A. ilicifolius | U251/BT-325/SHG-44: 2.3~4.1 μmol/L | Hainan | 2014[ | ||
219~221 | B. sexangula | HeLa/K562/HCT-116/HL-60/A549/MCF-7: 1.2~9.8 μmol/L (219) | Fujian | 2017[ | ||
222 | B. sexangula | / | Fujian | 2017[ | ||
223~225 | Rhizospheric soil of mangrove plant | / | Techeng Isle | 2019[ | ||
226 | A. marina | KB/KBV200/HeLa/ HepG2/SGC7901: 5~42 μg/mL | Hainan | 2012[ | ||
227, 228 | B. sexangula | / | Hainan | 2020[ | ||
229 | Rhizospheric soil of mangrove plant | / | Hainan | 2020[ | ||
230 | Rhizospheric soil of mangrove plant | / | Hainan | 2020[ | ||
231~233 | Stem of A.ilicifolius | MptpB: 0.16~1.375 μmol/L (231/232) | Hainan | 2014[ | ||
234 | Branch of C. manghas | / | Hainan | 2015[ | ||
235 | A. marina | / | Fujian | 2015[ | ||
236 | A. marina | / | Fujian | 2015[ | ||
237 | Leaves of S. apetala | / | Hainan | 2012[ | ||
238 | Soil of B. gymnorrhiza | / | Fujian | 2012[ | ||
239 | Rhizospheric soil of mangrove plant | / | Fujian | 2020[ | ||
240 | K. candel | AChE/ α-glucosidase /Antioxidant: >100 μmol/L | Hainan | 2020[ | ||
241 | B. sexangula var. rhynchopetala | / | Hainan | 2016[ | ||
242 | Rhizospheric soil of mangrove plant | Attenuate OGD-induced cell viability loss in rat spinal cord astrocytes | Hainan | 2020[ | ||
243, 244 | Stem of ilicifolius | / | Hainan | 2014[ | ||
245 | K. candel | / | Hong Kong | 2009[ | ||
246 | K. candel | AChE/α-glucosidase/Antioxidant: >100 μmol/L | Hainan | 2020[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
247 | Leaves of A. marina | Tca8113: 2.0 μmol/L, MG-63: 35 μmol/L | Fujain | 2014[ |
248 | Branch of C. manghas | / | Hainan | 2015[ |
249~252 | E. agallocha | HL-60: 18.2/20.8 μmol/L (250, 251) | Hainan | 2012[ |
253 | Root of B. gymnorrhiza | A549/HepG2/HT29: 8.9~12.2 μmol/L | Guangxi | 2015[ |
254/255 | Laves of A. marina | ABTS: 14.4 μg/mL (254) | Hainan | 2015[ |
256 | H. tiliaceus | / | Guangdong | 2010[ |
257 | Stem of B. gymnorrhiza | Methicillin-resistant S. aureus: 80 μg/mL | Guangdong | 2018[ |
258 | Stem of K. candel | α-glucosidase: 0.9 μmol/L | Guangdong | 2011[ |
259 | Stem of K. candel | α-glucosidase: 4.9 μmol/L | Guangdong | 2011[ |
260 | Stem of K. candel | α-glucosidase: 2.5 μmol/L | Guangdong | 2011[ |
261 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
262 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
263 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
264 | Stem of B. gymnorrhiza | / | Guangdong | 2014[ |
265, 266 | Leaves of A. marina | ABTS: 8.7/5.9 μg/mL DPPH: 18.7/16.3 μg/mL | Hainan | 2015[ |
267, 268 | B. gymnorrhiza | A. salina: 14.2/39.2 μmol/L | Hainan | 2014[ |
269 | Root of E. agallocha | / | Hainan | 2012[ |
270 | Soil of B. gymnorrhiza | M. luteus/E. coli: 64/16 μg/mL | Hainan | 2012[ |
271 | Soil of B. gymnorrhiza | / | Hainan | 2012[ |
272 | Rhizospheric soil of mangrove plant | / | Fujian | 2020[ |
273 | K. candel | AChE/α-glucosidase /Antioxidant: >100 μmol/L | Hainan | 2020[ |
274 | A. marina | / | Fujian | 2015[ |
275, 276 | Root of E. agallocha | HL-60: 15.7 μmol/L (275), A549/HL-60: 1.9, 5.4 μmol/L (276) | Hainan | 2010[ |
Compound | Source | Bioactivity (MIC, LD50, IC50) | Region | Year |
---|---|---|---|---|
247 | Leaves of A. marina | Tca8113: 2.0 μmol/L, MG-63: 35 μmol/L | Fujain | 2014[ |
248 | Branch of C. manghas | / | Hainan | 2015[ |
249~252 | E. agallocha | HL-60: 18.2/20.8 μmol/L (250, 251) | Hainan | 2012[ |
253 | Root of B. gymnorrhiza | A549/HepG2/HT29: 8.9~12.2 μmol/L | Guangxi | 2015[ |
254/255 | Laves of A. marina | ABTS: 14.4 μg/mL (254) | Hainan | 2015[ |
256 | H. tiliaceus | / | Guangdong | 2010[ |
257 | Stem of B. gymnorrhiza | Methicillin-resistant S. aureus: 80 μg/mL | Guangdong | 2018[ |
258 | Stem of K. candel | α-glucosidase: 0.9 μmol/L | Guangdong | 2011[ |
259 | Stem of K. candel | α-glucosidase: 4.9 μmol/L | Guangdong | 2011[ |
260 | Stem of K. candel | α-glucosidase: 2.5 μmol/L | Guangdong | 2011[ |
261 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
262 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
263 | Rhizospheric soil of mangrove plant | / | Hainan | 2019[ |
264 | Stem of B. gymnorrhiza | / | Guangdong | 2014[ |
265, 266 | Leaves of A. marina | ABTS: 8.7/5.9 μg/mL DPPH: 18.7/16.3 μg/mL | Hainan | 2015[ |
267, 268 | B. gymnorrhiza | A. salina: 14.2/39.2 μmol/L | Hainan | 2014[ |
269 | Root of E. agallocha | / | Hainan | 2012[ |
270 | Soil of B. gymnorrhiza | M. luteus/E. coli: 64/16 μg/mL | Hainan | 2012[ |
271 | Soil of B. gymnorrhiza | / | Hainan | 2012[ |
272 | Rhizospheric soil of mangrove plant | / | Fujian | 2020[ |
273 | K. candel | AChE/α-glucosidase /Antioxidant: >100 μmol/L | Hainan | 2020[ |
274 | A. marina | / | Fujian | 2015[ |
275, 276 | Root of E. agallocha | HL-60: 15.7 μmol/L (275), A549/HL-60: 1.9, 5.4 μmol/L (276) | Hainan | 2010[ |
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