Breath of Life infant warmer

At a fraction of the cost of Western models (1300 USD), this warmer is used for infant resuscitation and the protection from hypothermia. It works in very rough conditions including unstable electric supply and substandard maintenance and technical assistance. The warmer has a “safe mode capability”: if warming sensors fall off the infant during treatment, the software automatically switches the power into a “safe mode.” 250 warmers are in use treating 20,000 newborns each year.
 
 
 
 
From the 'Breath of Life website'
 
 
The Program Outside Vietnam
 
 
In late 2008, EMW began implementing Breath of Life in East Timor, Laos PDR, and the Kingdom of Cambodia, making BOL the first EMW program to expand beyond the borders of Vietnam. With the support of the Lemelson Foundation (Laos and Cambodia) and the Trento Friends of Neonatology (Timor), BOL is bringing its model of clinical neonatal solutions to these developing countries.
To successfully lower infant mortality and morbidity there, BOL’s signature adaptability will be its greatest asset, although the initial core strategy remains the same. As it does in Vietnam, BOL distributes its neonatal technologies and trains medical personnel, starting at the national level, and gradually branching out to regional and lower level facilities. Therefore, in 2008 through early 2009, the program’s goal is to fully equip and train the main national level hospitals in Vientiane (Laos PDR), Phnom Penh (Cambodia) and Dili (East Timor). In the years that follow, those hospitals will act as the main program partner in each country and will support BOL in expanding to all the provinces in each country and to lower level hospitals.
In Laos, Cambodia and Timor, EMW will have to adapt its approach to respond to local needs and constraints and develop technologies appropriate for the medical conditions in those countries. The case of Laos PDR provides an illustration.
Case Study: BOL in Laos
Any strategy to lower neonatal mortality and morbidity in Laos must take into account at least two crucial factors that differentiate Laos from its neighbor Vietnam, and contribute to a neonatal mortality rate that is twice as high. First, the country’s basic medical infrastructure is less developed and widespread. Second, even when a hospital is available, women in Laos do not traditionally go to a medical facility to give birth. It is perhaps unsurprising, then, that 80% of Laotian babies are born at home.
Given this set of facts, BOL in Laos will complement its existing model of technology distribution and training with two additional strategies: education and stabilization.
The first approach, education, focuses on convincing more women to give birth at or near a hospital, and on the benefits of bringing a sick baby to a well-equipped medical facility. When community educators teach women about the signs of post-partum distress and the availability of lifesaving equipment, it strengthens linkages between the community and health facilities and increases the likelihood that those women will access them.
The second approach, stabilization, focuses on simple technologies that a traditional birth attendant can use to stabilize a sick newborn until it can be brought to a hospital. The birth attendant is trained to operate a small bassinette with built-in LED lights that provide warmth and temporary treatment for jaundice. This portable “bilibed” keeps the infant’s body temperature stable, prevents infection and provides a safe container for transport to the nearest BOL-equipped hospital.