Does remote Ischemic Preconditioning Recipient Tissues improve the Viability of Murine Fat Transfer?
Remote ischemic preconditioning has the ability to increase the viability of donor adipocytes and limit interstitial fibrosis. More specifically, remote ischemic preconditioning treatment of both donated adipose tissue and recipient wound beds demonstrates the greatest overall adipose cellular viability and native architecture.
Cases with compromised delivery through meconium contaminated fluids, resulting in pulmonary aspiration and in need of intensive care treatment, form a risk group, which should be closely followed. Early nasopharyngeal suctioning of AFCC may reduce its entry into the middle ear. A prolonged episode of AOM suggests mucosal involvement of several middle ear compartments, shown by histological studies to occur in all cases of massive contamination. Placement of a ventilation tube after the first prolonged AOM allows regression of the granulation tissue in the air spaces together with the secretory elements in the mucosa.