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任若冰课题组揭示S1P转运蛋白Spns2跨膜转运S1P的结构基础和抑制机制 https://www.ebiotrade.com/newsf/2023-12/20231223073333276.htm
科研新发现 S1P转运蛋白Spns2跨膜转运S1P的结构基础和抑制机制
https://kns.cnki.net/kns8s/search?classid=WD0FTY92&kw=Spns2&korder=SU
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科研新发现 S1P转运蛋白Spns2跨膜转运S1P的结构基础和抑制机制
https://fx.wanfangdata.com.cn/keytrends/detail?theme_name=Spns2
科研新发现 S1P转运蛋白Spns2跨膜转运S1P的结构基础和抑制机制
http://www.pubmedplus.cn/P/SearchQuickResult?wd=e6d5859f-1115-4e92-a83d-b4aaf715e499
01. | Animals | 78 篇 | 60.465% |
02. | Sphingosine | 64 篇 | 49.612% |
03. | Lysophospholipids | 63 篇 | 48.837% |
04. | Humans | 61 篇 | 47.287% |
05. | Anion Transport Proteins | 53 篇 | 41.085% |
06. | Mice | 47 篇 | 36.434% |
07. | Signal Transduction | 29 篇 | 22.481% |
08. | Receptors, Lysosphingolipid | 19 篇 | 14.729% |
09. | Female | 18 篇 | 13.953% |
10. | Male | 16 篇 | 12.403% |
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