Saving lives at birth

The story behind the One Million Lives goal starts in 2010, when Laerdal established the not-for-profit sister company, Laerdal Global Health (LGH), and became a dedicated member of the Helping Babies Breathe Global Development Alliance established by USAID.

Some years before, in 2007, the American Academy of Pediatrics (AAP) invited Laerdal to collaborate on developing a much-simplified and culturally-adapted course in newborn resuscitation to meet the needs in low-resource settings. Laerdal responded by providing educational design for the course that was to become widely known as Helping Babies Breathe (HBB) and the low-cost simulator, NeoNatalie, to make the training more engaging and effective. Lifesaving equipment, the Penguin Suction and the Upright Resuscitator, also became available as part of the program. When presented in 2008, the project elicited much enthusiasm. Testing in India, Kenya and Tanzania yielded ground-breaking knowledge: the HBB program was born.

Since then, large-scale studies that evaluated HBB programs in Tanzania and Nepal showed a 47% reduction in early 24-hour neonatal mortality and a 24% reduction in fresh stillbirths. This spurred further motivation to bring these innovations to scale.

The tremendous interest that Helping Babies Breathe (HBB) raised triggered the obvious question: if hundreds of thousands of birth attendants could be reached by this course, would this be opportunity to also train them to prevent the number one killer of mothers, uncontrolled bleeding after birth?

Laerdal teamed up with Jhpiego, an affiliate of Johns Hopkins University, the leading NGO for maternal care. This inspired the development of the birthing simulator MamaNatalie as well as the Helping Mothers Survive (HMS) program.

With inclusion of the HMS program, the HBB alliance developed into the Survive & Thrive public-private partnership, including professional associations, the private sector, NGOs and others. Although the formal partnership ended in 2017, its educational programs are reaching more than 100,000 new birth attendants every year by being embedded in national programs and through initiatives such as 50,000 Happy Birthdays.

Together with its partners, LGH has developed 25 products and programs since the company was established in 2010. These products are provided on a not-for-profit basis to the countries with the highest maternal and newborn mortality, and have reached more than 750,000 birth attendants.

With partners prioritising the prevention and early management of complications, the Helping Mothers Survive programs were expanded to include Essential Care for Labour and Birth and Prolonged and Complicated Labour and Birth for respectful care and support of a well-progressing birth. These programs focus on teamwork and decision-making at the time of birth and are supported by the MamaBirthie birthing simulator and skills trainer which can be used both for simulation and demonstration of birth. A new baby, BabyBirthie, allows training on normal as well as vacuum-assisted delivery.

Complementing the mother and baby programs, the Laerdal Foundation has supported the Global Health Media Project, which has developed 90 videos that cover small baby care, newborn care, breastfeeding and childbirth. Available in 30 languages, they have over 90 million online views. A future focus for Laerdal is to develop digital solutions that support quality scale up and low-dose, high-frequency training tailored for the needs of the providers and the facility.

Together with AAP and WHO, the Helping Babies Survive program has been integrated with the WHO Essential Newborn Care program, with all materials and support tools available in a digital format.

Haydom Lutheran Hospital in rural Tanzania was one of the Helping Babies Breathe research sites, leading up to the the ground-breaking “Safer Births” project. Led by Hege Ersdal of Stavanger and Estomih Mduma of Tanzania, by end 2019 the continuously growing team for research, innovation, and implementation had sparked twenty PhDs, completed or in progress – seven from Tanzania.

More than 100 people have been involved in the project, forming the basis for developing research and knowledge that were transformed into lifesaving medical devices in the hands of Tanzanian midwives. Observations and collected data from over 27,000 consecutive deliveries and 1,700 resuscitation cases make this the largest study on newborn resuscitation.

“We have very good knowledge about what is best to do, but this is useless if people don’t know what to do. Most research projects concentrate on just one of the elements in the Utstein formula of survival: medical science, educational efficiency, or local implementation. We now have 10 years’ experience in looking at all the elements, and we are confident that we can propose a Safer Births package that makes a difference in knowledge, innovation, educational efficiency, and local implementation,” says Hege Ersdal, Principal Investigator, Safer Births.

The implementation of HBB in Tanzania and the collaborative Safer Births research stimulated the development of the Safer Births Bundle. This consists of groundbreaking fetal and newborn heart rate monitors, an improved bag and mask, and a “smart” training manikin with varying lung and heart rate functions that provide feedback to the learner and facility.

The researchers and healthcare workers in Haydom and Muhimbili hospitals were instrumental in developing these innovations. All innovations have proved effective, efficient, and lifesaving. Almost 70 papers have been published in high-impact peer-reviewed international journals, evaluating and describing the bundle.

In Nepal, Grand Challenges Canada supported Golden Community to implement a scaleup project of the Safer Births bundle coupled with HBB and a quality improvement system in eight high-delivery hospitals covering 100,000 deliveries a year. The goal is to reduce perinatal mortality by 25%.

In DR Congo, the AAP received a Saving Lives at Birth Grand Challenges award to pilot in three hospitals the NeoBeat Newborn Heart Rate Monitor with an adapted HBB algorithm.

The Safer Births research team will play an integral role in supporting the scale up of the Safer Births Bundle throughout Tanzania. This scale up is made possible by a grant from the Global Financing Facility (GFF), a sub-division of the World Bank, in an Innovation-to-Scale initiative. Learn more

Digital technologies are playing a major role in Safer Births: affordable solutions developed on a basis of research are rapidly replacing conventional technologies as they help improve systems and programs and accelerate implementation.

“The collecting and analysing of data from products and services open a whole new world, bringing the use and the outcome of the product and program much closer,” says Helge Myklebust, Laerdal’s Director of Strategic Research. “With NeoNatalie Live, we see every day where the product is used, how it is used, and the competency it created. With our LIVEBORN system we can see every day how babies are resuscitated and what the outcome is.”

Over the coming years, the development of digital platforms will promote easy data collection and utilisation, with data analytics and artificial intelligence used to create value.

Devising low-cost and effective training programs for preventing unnecessary Caesarean(C)-sections is gaining priority. Too little too late, too much too soon, is often used to describe the dual challenge around C-section. Whilst a C-section is a lifesaving intervention when needed, a problem that is coming into focus is the wide-spread use of unnecessary C-sections as well as unsafe C-sections. Building on the MamaBirthie training solution, LGH has developed a new C-section trainer, to help ensure that when the procedure is needed it is carried out safely.

A parallel need relates to better anaesthesia training, and equipment more affordable for LMICs. The Utstein meeting on Safer Surgery and Anaesthesia in 2019 looked at indicators and charted the reality. Building local knowledge – including technical knowledge – is essential. Low-cost anaesthesia machines that supply their own oxygen are a perfect case for collaboration. One of the successful projects in the GFF Innovation-to-Scale initiative is providing simulation-based, on-site training to teams in Tanzania and Sierra Leone who will be users of these new anaesthesia machines.

More active family planning through access to sexual and reproductive health care is essential for ensuring healthy lives. A two-year spacing between births may also help reduce birth-related deaths by 10%. India’s Family Planning 2020 program entails providing contraceptive services to 48 million new users, aiming to prevent 1 million infant deaths and over 42,000 maternal deaths by 2020. At the request of, and in close collaboration with, the Indian Ministry of Health and Family Welfare, LGH has designed an affordable, portable, modular training solution for wide-scale intrauterine contraceptive device insertion.

Laerdal has been involved in helping save the lives of infants and babies in HICs for more than half a century. It is only relatively recently that significant efforts have been directed to LMICs and included the health of the mother as well. The lessons learned from this, with the imperative to develop solutions that were highly cost effective and improved the efficiency of the limited pool of nurses and midwives, can also be translated to HICs where both human and financial resources are being increasingly stretched.

It was in the mid-1960s that Laerdal introduced its first baby, Resusci Baby. The AHA guidelines for neonatal resuscitation were published in 1980 with support from the company. SimBaby, a high-fidelity simulator first introduced in 2003 and recently updated, continues to serve the needs of the AHA Pediatric Advanced Life Support course.

In addition, an alliance with the UK Bristol-based company, Limbs & Things, over many years has supported skills training and higher-fidelity birthing simulation.

Laerdal’s involvement in neonatal well-being has accelerated over the last three decades in its close partnership with the American Academy of Pediatrics and its Neonatal Resuscitation Program (NRP) which was launched in 1987. The program is now used in 130 countries with over 200,000 instructors and over 4 million providers trained. SimNewB, first introduced in 2008 with the second generation following in 2019, and Premature Anne were designed especially for this program. And it was this involvement with the NRP that stimulated the formation of LGH.

A prime example of how solutions originally designed for low resource settings can serve the needs of HICs is the NeoBeat newborn heart rate monitor. This innovation was developed to support the Helping Babies Breathe (HBB) program. Supported by the WHO and the Gates Foundation, researchers have validated the NeoBeat at a network of hospitals in Europe and Australia, comparing its efficiency during real resuscitation with traditional tools. It has generated such great interest in those validation sites that they want to use it themselves. They find that this simple, low-cost pulse monitor provides heart rate data much quicker than their pulse oximeters and is much easier to apply to a newborn than traditional ECG electrodes, enabling lifesaving ventilation to be started sooner.