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Keyword [lung injury]
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1. Pulmonary Drug Delivery Systems For The Treatment Of Lung Injury Induced By Haze
2. The Study Of Sinapultide Microbubbles For Pulmonary Drug Delivery
3. Study On The Effects Of Cadmium Inhalation Exposure On Pulmonary Microenvironments And Respiratory Movements Of Mice
4. Study On The Mechanism And Effects Of Polyphenol-rich Blue Honeysuckle Extract On Silica-induced Lung Injury In Mice Via Nrf2/HO-1 And MAPK Signaling
5. Toxic Effects Of PM2.5 On Heart And Lung In Rats Via Intracheal Instillation
6. The Study On The Functional α-helical Cationic Polypeptides For Anti-inflammatory Gene Delivery
7. Study On The Negative Effects Of Pm2.5 On Lung Tissue Of Rats And The Expression Of MiR-155.
8. ICAM-1-mediated Lung-targeted Dexamethasone-Loaded Nanoparticles For Acute Lung Injury Therapy
9. Protective Effect Of Mung Bean Oligopeptides On Lipopolysaccharide-induced Acute Lung Injury In Mice
10. The Effects Of PM2.5 Exposure With Hypoxia On Lung Injury Of Rats And Intervention Of NAC
11. Screening,Fermentation Process And Pharmacodynamic Study Of The Marasmius Epiphyllus
12. Effects Of Nano-carbon Black Particles Combined With Cold Stimulation On Respiratory System And Energy Metabolism In Mice
13. Anti-inflammatory Activity Of Lonicera Fulvotomentosa
14. Study On The Chemical Composition And Anti-Acute Lung Injury Activities Of Gnaphalium Hypoleucum,Sauropus Spatulifolius And Scutellaria Baicalensis
15. Dry Powder Inhalers Of Natural Lipidic Drugs For Treatment Of Acute Lung Injury
16. Preparation And Preliminary Pharmaceutical Research Of S-allylmercaptocysteine Nanosuspension For The Treatment Of Acute Lung Injury
17. A Preliminary Study On Biomarkers Of Lung Injury In Rare Earth Exposed Occupational Population
18. Study Of Molecular Mechanisms Of Atmospheric PM2.5 And Other Pollution Factors On Lung Injury
19. Effects Of Haze Exposure On Inflammation,oxidation And Apoptosis Of Peripheral Blood Of Indoor And Outdoor Workers And Mechanism Of Amelioration Of PM2.5 Induced Lung Injury By IL-10
20. Research On The Synergistic Anti-inflammatory Effect And Dosage Optimization Of Chlorogenic Acid And Quercetin
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