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DEVELOPMENT OF A METHOD TO PREDICT THE PERSISTENT PULMONARY INFLAMMATION BY NANOPARTICLES AT AN EARLY STAGE WITH GENE EXPRESSION LEVEL

with normal diet, and obese group fed with 60% high fat diet. All mice were intubated and mechanically ventilated for 6 h. Tidal volume was set at low tidal volume (~0.012 mL/gm) and high tidal volume (~0.024 mL/ gm), respectively. Following it, bronchoalveolar lavage fluid (BALF) were collected and sent for analysis. Results: Ventilator induced lung injury is attenuated in diet induced obese mice. Control group with VILI expressed more M1-polarization (F4/80+ CD11c+ CD206 − CD38+) and it’s less expressed in dietinduced obesity (DIO) mice group. Conclusion: Ventilator induced lung injury is attenuated in DIO mice, probably resulted from less M1-polarization of alveolar macrophages.