DOI号:
DOI[size=0.875]10.1016/j.bse.2025.105151
文献链接:
OSMAC-activated and GNPS-guided investigation of alkaloids from an endophytic fungus Aspergillus sp. FH-1 of Valeriana officinalis L. - ScienceDirect
文献作者:
[size=0.875]Fan, H (Fan, Hao) [color=rgb(9, 91, 139) !important][url=][1] [/url]; [size=0.875]Wu, PP (Wu, Pingping) [color=rgb(9, 91, 139) !important][url=][2] [/url]; [size=0.875]Wang, X (Wang, Xin) [color=rgb(9, 91, 139) !important][url=][1] [/url]; [size=0.875]Li, YZ (Li, Yuze) [color=rgb(9, 91, 139) !important][url=][1] [/url]; [size=0.875]Deng, C (Deng, Chong) [color=rgb(9, 91, 139) !important][url=][1] [/url]; [size=0.875]Wang, W (Wang, Wei) [color=rgb(9, 91, 139) !important][url=][1] [/url]; [size=0.875]Song, XM (Song, Xiaomei) [color=rgb(9, 91, 139) !important][url=][1] [/url]; [size=0.875]Zhang, X (Zhang, Xin) [color=rgb(9, 91, 139) !important][url=][1] [/url]; [size=0.875]Zhang, DD (Zhang, Dongdong) [color=rgb(9, 91, 139) !important][url=][1][/url]
备注信息: |
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18F-FDG PET/CT-based Radiomics Analysis of Different Machine Learning Models for Predicting Pathological Highly Invasive Non-small Cell Lung Cancer
