Help babies survive

In the departments of intensive therapy of newborns, medical care is obtained by the smallest and sophisticated kids, which appeared prematurely, are in serious condition and need long-term surcharge and treatment. These compartments are stuffed with high-tech modern equipment, which helps to create the conditions necessary for the "maturation" of kids and overcoming all possible accompanying complications: artificial ventilation devices "breathe", incubators "warm up moisturizes", infusion pumps "feed and treat", monitors "follow"  So that the main indicators are normal. From the smooth operation of this technique every minute the life of children.

Typically, the equipment works in non-stop mode for years, and periodically requires repair and new components: the replacement of sensors, contours, humidifiers, oxygen cells, etc. is necessary. Without these small, but super-fast "cogs" of complex and intelligent mechanisms, even dream of a qualitative treatment process. Often replacing this "smallest" quickly and for the state account for Ukrainian hospitals and maternity homes is a real problem. As a result, the breathing apparatus is so necessary for the 600-gram-gram kid goes dust into the subsidiary; The incubator is idle, which could successfully replace the mother's tummy, etc.

The purpose of this project is to collect funds for the acquisition and replacement of oxygen cells for non-invasive ventilation devices of infant flow Sipap in two branches of intensive therapy of newborns – Dnipropetrovsk regional perinatal center and perinatal center of Kyiv.

Both medical institutions take on the most severe cases of non-pending pregnancy, premature childbirth and engage in sticking the crumbs who hurried to be born. To live this children need to breathe, but they still do not know how to breathe independently... The devices of artificial ventilation are the only chance for salvation, life and its further quality depends on their reliable work. Oxygen cells in artificial ventilation devices allow you to set a certain oxygen concentration in the breathing mixture, which the patient receives. The accuracy of the ventilation parameters and preventing the lesion of the retina and the lungs due to the too high percentage of oxygen depends on their presence.