WPRIM Management System> DCMS> Chinese Traditional and Herbal Drugs> 2019> 50> 7

Volume: 50 Issue: 7

1. Strategies for energy utilization of Chinese materia medica residue Page:1505—1514
2. Strategy and mechanism of green productivity realization in green supply chain of Chinese materia medica Page:1515—1522
3. A new quinone compound from Eleutherine americana Page:1523—1526
4. Chemical constituents of underground parts of Astragalus tatsienensis var. incanus Page:1527—1531
5. A new triterpenoid sapogenin from flowers of Bombax malabaricum Page:1532—1534
6. Chemical constituents from Achyrocline satureioides (I) Page:1535—1540
7. Chemical constituents of alkaloids part of Cephalotaxus hainanensis Page:1541—1545
8. Chemical constituents of Euphorbia sikkimensis Page:1546—1550
9. Chemical constituents from Tibetan herbal medicines Biebersteinia heterostemon Page:1551—1554
10. Comparative study of volatile components of Magnoliae Flos, Magnoliae Flos kernels, and Magnoliae Flos bracts Page:1555—1561
11. Preparation and characterization of ginkgolide K-loaded PLGA-PEG nanoparticles and its neuroprotective activity in vitro Page:1562—1568
12. Preparation and characterization of APGA modified artemether liposomes Page:1569—1575
13. Effects of different drying methods on multiple chemical components in Leonurus japonicus based on UPLC-QTRAP®/MS2 Page:1576—1586
14. Treatment of triple-negative breast cancer with anti CD133 antibody-modified shikonin-loaded microemulsion Page:1587—1595
15. Preparation, characterization and water solubility evaluation of porous starch loaded artemisinin microspheres Page:1596—1602
16. Study on synergistic mechanism of pangolin in high temperature sand-fried processing Page:1603—1609
17. Reaserch on extraction technology of polysaccharides from Acanthopanax senticosus waste residue by response surface methodology Page:1610—1613
18. Evaluation of metabolism-effect/toxicity of Epimedium sagittatum based on zebrafish M-Act/Tox integration method Page:1614—1620
19. Water extracts of Astragali Radix prevent lung carcinogenesis via inhibiting PI3K/Akt pathway Page:1621—1628
20. In vitro anti-MRSA effect of clove oil combined with β-lactam antibiotics against methicillin-resistant Staphylococcus aureus Page:1629—1635
21. Preparation and anticancer effect of natural active compound usenamine nano-liposomes Page:1636—1640
22. Antibacterial spectrum of silibinin and isomers and its antibacterial effect with antibiotics Page:1641—1648
23. Study on borneol combined with astragaloside IV and Panax notoginseng saponins promoting bioactive components into brain in cerebral ischemia/reperfusion model of rats Page:1649—1656
24. Effect of tanshinone IIA on chemosensitivity of doxorubicin in breast cancer cells and its related mechanisms Page:1657—1663
25. Mechanism of polypeptide extract from scorpion venom inhibiting Hedgehog signaling transduction in K562/BALB/c-nu leukemia mice Page:1664—1668
26. Cloning and expression of three PAL genes in Astragalus membranaceus Page:1669—1675
27. Cloning and related bioinformatics analysis of new cytochrome NADPH P450 reductase gene in Glycyrrhiza uralensis Page:1676—1681
28. Quality evaluation of Sparganii Rhizoma based on combinative method of HPLC fingerprint, multi-component assay, and chemometrics Page:1682—1689
29. Rheum officinale at different years old stage Page:1690—1697
30. Determination of anticoagulating bioactivity in Chuanxiong Rhizome and related Chinese patent medicines Page:1698—1702
31. HPLC fingerprint of Lomatogonium rotatum Page:1703—1707
32. Research progress on dose-effect relationship of Chinese materia medica Page:1708—1712
33. Application on imidazolium ionic liquid in extraction of flavonoids from natural products Page:1713—1718
34. New progress on anti-influenza activity and mechanism of Chinese materia medica Page:1719—1726
35. Research progress on heavy metals removal from plant extracts Page:1727—1733
36. Research progress on derivative cantharidin bioactivities and toxic regulations Page:1734—1738
37. Advances in chemical constituents of Schisandra chinensis and activities of anti-type 2 diabetes Page:1739—1744