Alarmins and micrornas, a new axis in the genesis of respiratory diseases: possible therapeutic implications

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SUMMARY

    Human and mouse airway epithelial_cells and C57Bl/6 mice were treated with different aeroallergens or respiratory viruses. The effect of the P2Y13 -R on the activity of airway epithelial_cells was evaluated during and after experimental asthma by employing antagonists or animals with P2Y13 -R gene deletion. Lipopolysaccharide (LPS) and IL-13 were dispensed to two different bronchial epithelial_cells-16HBE and BEAS-2B cells-to produce an experimental model of cell damage. Severe RSV-induced bronchiolitis causes necrosis, oedema, the shedding of airway epithelial_cells, mucus overproduction and peribronchiolar inflammation. Soldberg et_al stated that 21 miRNAs . . .

     

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