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Article

11 Citations

3,306 Views

9 Pages

Saliniquinone Derivatives, Saliniquinones G−I and Heraclemycin E, from the Marine Animal-Derived Nocardiopsis aegyptia HDN19-252

Luning Zhou,
Xuedong Chen,
Chunxiao Sun,
Yimin Chang,
Xiaofei Huang,
Tianjiao Zhu,
Guojian Zhang,
Qian Che and
Dehai Li

Mar. Drugs2021, 19(10), 575;https://doi.org/10.3390/md19100575

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14 October 2021

Four new anthraquinone derivatives, namely saliniquinones G−I (1–3) and heraclemycin E (4), were obtained from the Antarctic marine-derived actinomycete Nocardiopsis aegyptia HDN19-252, guided by the Global Natural Products Social (GNPS) molecular ne...

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Article

2 Citations

1,836 Views

15 Pages

Heterologous Expression and Biochemical Characterization of a New α-Amylase from Nocardiopsis aegyptia HDN19-252 of Antarctic Animal Origin

Fuhao Liu,
Xiangnan Zheng,
Wenhui Liao,
Xingtao Ren,
Chuanteng Ma,
Guojian Zhang,
Qian Che,
Tianjiao Zhu,
Wenxue Wang and
Dehai Li
+ 2 authors

Mar. Drugs2025, 23(4), 159;https://doi.org/10.3390/md23040159

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4 April 2025

α-Amylases, catalyzing starch degradation, serve as vital biocatalysts in industrial and pharmaceutical applications. This study identified a new α-amylase, Alphaz, from Nocardiopsis aegyptia HDN19-252 of Antarctic animal origin, achievin...

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