amentoflavone - Globe Thesis

Keyword [amentoflavone] Result: 1 - 20 \| Page: 1 of 2
1.	Study On The Identification And Quality Evaluation Of Medicinal Plants From Selaginella In Hubei Province
2.	The Extraction, Isolation, Purification And Content Determination Of The Active Components From Three Chinese Traditional Drugs
3.	Study On The Active Ingredient From S. Tamariscina (Beauv.) Spring.
4.	Study On The Separation And Purification Of Amentoflavone From Selaginella Tamariscina (Beauv.) Spring
5.	Studies On The Active Constituents Of Swertia Nervosa(G.Don) Wall. And Content Determination Of Two Bitter Secoiridoid Glycosides
6.	The Anti-osteoporosis Activity Of Flavonoids From Branches Of Cunninghamia Lanceolata
7.	Egeria Selaginella Pharmacognosy (chemistry)
8.	Selaginella Grass Pharmacognosy Study
9.	Research Different Processing Methods Of Six Kinds Of Chinese Traditional Medicines And Analyse Thecontent Change Of The Active Components
10.	Study On The Pharmacokinetics Of Amentoflavone In Selaginella Moellendorfii Hieron Extract
11.	The Effects And Potential Mechanism Of Total Flavonoids Of Selaginella Pulvinata And Amentoflavone Against Cognitive Impairment
12.	The Research Of Total Flavonoids Of Selaginella Tamariscina (Beauv.) Spring And Amentoflavone On Improving Insulin Resistance By The Method Of Proteomics
13.	The Protective Effect Of Amentoflavone On Hippocampus Neurons In Epileptic Mice
14.	The Radiation Protection And Mechanism Of Amentoflavone
15.	Amentoflavone Plays An Interventional Role In Prevention Of Epileptogenesis And Neuroprotective Via Inflammatory Pathways
16.	Study On Mechanism Of Amentoflavone On Epilepsy And Cognition
17.	Studies On Extraction, Isolation, Characterization And Anti-oxidant Activities Of Flavonoids From Podocarpus Nagi
18.	Study On Metabolism Of Amentoflavone And Isoginkgetin In Vitro And In Vivo,Preparation And Evaluation Of Their Nanomicelles
19.	Study Of Amentoflavone On RANKL Induced Osteoclastogenesis And Ti Particles Induced Mouse Calvarial Osteolysis
20.	Screening And Excavation Of Anti-amyloid Aggregation Components In Natural Materia Medica
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