Health-system readiness for the care of preterm, small and sick newborns in Western Kenya: a mixed-methods assessment of facilities, workforce and service delivery
A mixed-methods assessment of ten facilities in Western Kenya reveals that while infrastructure and commodities are relatively available, critical gaps in workforce staffing, clinical protocols, and quality-improvement governance significantly hinder the health system's readiness to care for preterm, small, and sick newborns.
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Every year, millions of babies are born too soon or too small, facing a fragile start to life that requires immediate, specialized care. In many parts of the world, the difference between life and death for these infants often comes down to a single question: does the hospital where they arrive actually have the right tools, the right people, and the right plans to keep them alive? It is not enough to simply have a building with a bed; the bed must be warm, the oxygen must flow, and a trained nurse must be present to monitor the baby's breathing. When these elements are missing or broken, even the most advanced medical equipment becomes useless. This reality drives researchers to look beyond simple checklists of what a hospital owns, asking instead whether those resources are truly ready to work the moment a sick newborn needs them.
A team of researchers set out to answer this question in Western Kenya, where the stakes for newborn survival are high. They traveled to ten public health facilities, ranging from small health centers to large county hospitals, to conduct a deep dive into the state of care for premature and sick infants. Instead of just counting how many incubators or oxygen tanks were sitting in a room, they examined whether these items were functional, whether staff were trained to use them, and whether the hospital had the written protocols and management structures to guide daily care. They looked at eleven different areas of hospital readiness, from the physical infrastructure and medical supplies to the skills of the nurses and the systems used to track patient data. Their goal was to understand the gap between what a hospital claims to have and what it can actually deliver at the bedside.
The researchers found a stark and uneven picture of readiness across the region. While the overall score for the network of hospitals was just under half of what is considered fully ready, the variation between facilities was dramatic. Some hospitals, particularly the larger referral centers, were well-equipped with functioning oxygen sources, weighing scales, and suction devices. In fact, basic equipment like neonatal weighing scales and suction machines were fully working in every single facility they visited. However, the presence of these items did not guarantee that the care was ready. The most critical failures were not in the hardware, but in the human and organizational systems required to use it. No single facility in the study had enough nurses to properly care for the number of babies they were treating. In many places, the ratio of nurses to newborns was so low that essential tasks, like checking a baby's vital signs every hour, were being missed simply because there were not enough hands to do the work.
The study also revealed that having a policy on paper did not mean it was being followed. Clinical guidelines for caring for premature babies were fully functional in only one of the ten facilities. Similarly, the systems needed to improve care over time were largely absent; most hospitals lacked active teams dedicated to reviewing patient outcomes and fixing problems. One of the most surprising findings concerned a life-saving practice known as kangaroo mother care, where a parent holds a premature baby skin-to-skin to regulate the infant's temperature and heart rate. While some hospitals had dedicated spaces and trained staff for this, others had almost none of these resources, creating a "bipolar" situation where the capability to provide this care existed in some places but was completely missing in others. The researchers noted that this gap was often due to a lack of space and beds rather than a lack of willingness to provide the care.
The team also looked at how babies were moved between facilities, a critical step for those born in smaller clinics who need to go to a larger hospital. While most facilities had ambulances, the care given before the baby left was inconsistent. In many cases, the baby was not fully stabilized or prepared for the journey, meaning they arrived at the receiving hospital in a worse condition than necessary. The researchers found that while the hospitals were good at collecting data and reporting it to the government, they were not using that information to make changes locally. Data was being sent up the chain, but the feedback loops needed to fix problems at the hospital level were broken.
Ultimately, the study concluded that the biggest barriers to saving these newborns were not a lack of equipment, but a lack of the workforce, protocols, and management structures needed to use that equipment effectively. The hospitals had the oxygen, but often lacked the trained clinicians to manage the complex breathing support it requires. They had the policy for kangaroo mother care, but lacked the beds and space to make it continuous. The researchers suggest that future investments should focus less on buying more machines and more on hiring and training staff, distributing clear guidelines to every facility, and building the local management teams that can turn data into action. The path to saving more lives in this region lies not in filling a warehouse with supplies, but in ensuring that every hospital has the people and the plans to make those supplies work when a baby is born.
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