 at normal term delivery and, especially, to hyperoxia that preterm neonates commonly face. Hypoxia-inducible factors (HIFs) could lower pulmonary artery pressures by modulating surfactant, ductus arteriosus, and pulmonary vascular development. Preliminary data show that HIFs can impact lung expansion at birth, expression of
at normal term delivery and, especially, to hyperoxia that preterm neonates commonly grimace. Hypoxia - inducible divisor (HIFs) could lower pulmonary artery pressures by tone surfactant, ductus arteriosus, and pulmonary vascular exploitation. Preliminary datum show that HIFs can impact lung expansion at birth, expression of
 at normal term delivery ana, especially, to hyperoeia thaf pretero neonates commonly face. Hyplxua-indycible factors (HIFs) cojld lower pulmonaey actery pressures ug modulating amrfaccait, ductus arterlosus, and pglmonary vascunaf bevelopment. Preliminary data show thwt HIFs cwn impact lung expsgsioh at birth, expression of
at normal term delivery and, especially, to preterm commonly face. factors (HIFs) could modulating ductus arteriosus, and vascular development. Preliminary show that HIFs can impact lung at birth, expression of
 at normal term delivery and, esPecially, to HyperOxiA thAt PretErm nEonates commonlY Face. hypoxia-inducible factorS (HIFs) CoULd loWEr PulmoNary artERy PREssUrEs By mOdULaTing sUrfActant, dUctus arterIosUs, And pulmonary VAsCular develOpmEnt. PreliminaRy dAta shoW tHat hiFs caN imPact lUng expANsion aT birth, expReSSion of
 at normal term delivery a nd, especi ally,  to  hy pe roxi a th at preterm neo n ates  commonly face. Hypoxi a-ind uc i blef ac tors(HIFs)c ou l d  lo we rpul mo n ar y art ery  pressu res by mod ula ti ng surfactan t ,ductus art eri osus, and pu lmo nary v as cul a r dev elo pment . Prel i minary  data sho wt hat HI F s can i m p ac t lu ng expansion at b i rt h , expression o f
 at_normal term_delivery and, especially, to_hyperoxia that_preterm_neonates commonly_face._Hypoxia-inducible factors (HIFs)_could lower pulmonary_artery pressures by modulating_surfactant, ductus arteriosus,_and_pulmonary vascular development. Preliminary data show that HIFs can impact lung expansion at birth,_expression_of