| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 8645471 | Gene | 2018 | 31 Pages |
Abstract
Differential expression analysis of hypoxia-related genes revealed distinct molecular signatures of HAPE during acute and recovery phases. This study may help us to better understand HAPE pathogenesis and putative targets for further investigation and therapeutic intervention.
Keywords
NOS3HAPERENmPAPARDSSpO2qRT-PCRET-1SPSSHACEpulmonary edemaHigh altitude pulmonary edemahigh-altitude cerebral edemaAltitudeRNAArterial oxygen saturationstatistical package for social sciencesReninSODAcute respiratory distress syndromeSuperoxide dismutasebody mass indexBMIGene regulatory networksHeart ratemean pulmonary arterial pressureBlood pressureNitric oxide synthase 3Nitric oxideHypoxiahypoxic pulmonary vasoconstrictionquantitative real-time PCRHPVGene
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Authors
Li Yuhong, Wuren Tana, Bai Zhengzhong, Tang Feng, Ga Qin, Yang Yingzhong, Guan Wei, Wang Yaping, Charles Langelier, Matthew T. Rondina, Ri-Li Ge,