Astragalus,angelica - Globe Thesis

Keyword [Astragalus,angelica] Result: 1 - 15 \| Page: 1 of 1
1.	Changes Of Immune Environment In IPF Mouse Model And Protective Mechanism Of Astragalus Angelica To
2.	Study On The Recovery Of Skeletal Muscle 's Muscle - Induced Micro - Injury In Rats
3.	Bioinformatics Analysis On The Mechanisms Of Rheumatoid Arthritis Treatment By Tripterygium Wilfordii In Combination With Methotrexate,Astragalus And Angelica
4.	Astragalus Angelica Mixture Curative Effect Of Traditional Chinese Medicine In Patients With Chronic Kidney Disease (ckd) 3 To 4 Targets
5.	The Protective Role Of Astragalus-Angelica Mixture And Atorvastatin On Acute Kindy Injury In Rats
6.	Share Prescription Compatibility Of Astragalus Angelica Characteristics Research Of Yi Xue Zhong Zhong Can Xi Lu
7.	Mechanism Research Of Astragalus-Angelicathe On The Improvement Of Renal Oxidative Damage In Diabetic Mice By Regulating The Nrf2 Pathway
8.	Study On The Effects Of Astragalus And Angelica Compatibility On The Proliferation Of VSMCs In Rat Vascular Intimal Hyperplasia And The Mechanism Of PI3K/Akt Signaling Pathway
9.	Study On The Mechanisms Of Astragalus Angelica Compatibility Of Cancer Cachexia
10.	Study On The Mechanism Of Astragalus Angelica And Its Main Active Components Regulating NF-κB Pathway To Improve The Inflammatory Response Of Cardiomyocytes In High Glucose Environment
11.	Establishment Of Kinetic Model Of Astragalus And Angelica With Optimization Of Extraction Process Of Buyang Huanwu Decoction
12.	Study On The Effect Of Astragalus-Angelica Compatibility On Extracellular Matrix Deposition And Inflammatory Response In Rat Vascular Intimal Hyperplasia
13.	The Mechanism Of Action Of Astragalus, Angelica And Honeysuckle In Relieving Inflammation In Mice With Collagen-induced Arthriti
14.	Effects And Mechanisms Of Astragalus-angelica Combination On VSMC Phenotypic Transformation And VAF Activation In Rabbit Vascular Intimal Hyperplasia Mode
15.	Effects Of Astragalus And Angelica On The Extracellular Matrix And Endothelial Cell Injury In Rabbit Model Of Intimal Hyperplasi
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