Emergency care is infrastructure.
And infrastructure must be designed with guardrails that prevent ordinary strain from becoming system failure. Crisis may accelerate reform, but systems built only in response to failure are often already under strain.
When we began this series by asking what we really mean by “No-Bed Syndrome,” we exposed a dangerous simplification. It is not simply the absence of beds. It is the failure of flow. It is what happens when admitted patients cannot move, when discharge stalls, when coordination falters, and when emergency departments become holding bays for a congested system.
But beneath flow failure lies something deeper.
Emergency care is not a department inside a hospital. It is infrastructure that holds the entire health system upright.
We recognise infrastructure when we speak about roads, electricity, water, and telecommunications. These systems are designed with reserve capacity because engineers understand a simple rule: systems that run permanently at maximum utilisation are fragile. Hospitals are no different.
Consider Mr. Mensah, a middle aged trader in Accra. He arrived at the emergency department with severe pneumonia. He expected antibiotics and oxygen. He received them. The team assessed him promptly. Treatment began quickly. Within hours, a decision to admit him was made. On paper, he was no longer an emergency department patient. Yet he remained on a trolley overnight because no inpatient bed had been vacated.
The wards existed. The staff existed. The building existed. What did not exist was buffer capacity. The system had no elasticity built into it.
When we say “No Bed Syndrome,” we often focus on the visible congestion. We see stretchers lining corridors. We hear ambulances calling multiple hospitals before finding space. We watch families waiting. What we are witnessing is infrastructure strain.
In cities such as Accra and Kumasi, baseline emergency demand remains high throughout the year. Seasonal outbreaks add to that pressure rather than define it. Trauma from road crashes, severe malaria, stroke, sepsis, obstetric emergencies, surgical abdominal pain, cardiac events. The population grows. Complexity of diagnoses grows. Chronic disease rises. Expectations rise.
Yet hospital inpatient bed occupancy frequently sits at levels that leave no margin for variability. When occupancy exceeds 90% for sustained periods, even small fluctuations in demand produce disproportionate delay in emergency departments. This is not opinion. It is mathematics drawn from queueing theory. A hospital running at 95% occupancy has almost no tolerance for a highway crash, an oxygen disruption, or imaging downtime. At that point, apparent efficiency becomes structural fragility.
Preparedness in emergency care means designing for variability. It means recognising that illness does not schedule itself conveniently. Accidents do not wait for available beds. Epidemics do not check occupancy dashboards before arriving.
Preparedness has three dimensions.
First, flow infrastructure. This includes discharge processes that begin early in the day rather than late afternoon. It includes bed management systems that make capacity visible across facilities. It includes referral coordination between district hospitals and tertiary centres. It includes surge protocols that activate quickly when thresholds are crossed. When these fail, exit block becomes routine. Admitted patients remain in emergency departments not because no bed exists in the country, but because movement into that bed has stalled.
Second, workforce infrastructure. An emergency department cannot function safely without trained emergency physicians, experienced nurses, laboratory scientists, radiographers, paramedics, and senior decision makers present during peak hours. Supervision gaps, delayed specialist review, and insufficient night staffing compound delays. Even a well-designed building cannot compensate for a workforce stretched beyond safe ratios.
Few outside emergency care may realise that the transition toward modern emergency medicine practice in the West African subregion began in Kumasi before gradually spreading across the region, including to Accra. Earlier models often depended on junior casualty officers referring patients for later specialist review.
The growth of specialist emergency medicine has since changed how hospitals manage acutely ill and injured patients. Increasingly, trained emergency clinicians stabilise, investigate, and determine disposition earlier, improving decision speed and reducing downstream delay. Recent episodes of “No Bed Syndrome” have also drawn national attention to the need for faster, more coordinated emergency care.
Expanding and supporting the emergency medicine workforce is therefore infrastructure development. Yet modern emergency medicine capacity has not expanded uniformly across all hospitals, and rapidly growing urban systems will require continued development of senior workforce support. The current moment presents an important opportunity to strengthen emergency care capacity before the next major system strain arrives.
Third, physical and clinical infrastructure. What happens when oxygen fails? The question is not rhetorical. Oxygen is as fundamental to emergency care as electricity is to a city. Oxygen supply must be reliable. Monitors must function. Intensive care beds must exist. Operating theatres must be accessible when urgent surgery is required. Generators must work when the grid fails. If oxygen runs out in the middle of the night, no amount of flow management will save a hypoxic patient.
The same principle applies to the equipment, medicines, diagnostics, and other resources required to investigate and treat emergency illness and injury. If theatre access is delayed for hours, trauma patients deteriorate while waiting for definitive care. This is especially critical in tertiary hospitals, which often represent the highest concentration of expertise and the final referral destination for the most severely ill patients.
Across all three domains of people, processes, and technology, preparedness means redundancy, maintenance, and continuous monitoring before crisis exposes vulnerability.
In Accra, major institutions such as Korle Bu Teaching Hospital, 37 Military Hospital, Greater Accra Regional Hospital, and University of Ghana Medical Centre operate within close proximity. Yet ambulances sometimes move blindly between them. One emergency department may be overwhelmed while another has space. One facility may have theatre capacity while another delays urgent surgery. Infrastructure thinking demands regional coordination. A city must function as a network, not as isolated buildings.
In Kumasi, referral flows from surrounding districts converge on one tertiary centre. When district hospitals struggle with workforce shortages or limited high dependency capacity, pressure shifts upstream. When the tertiary hospital runs at full occupancy, district facilities face impossible decisions. Infrastructure planning must therefore span levels of care, not merely individual institutions.
Global emergency care research has long demonstrated that emergency systems are foundational to public health. The concept that timely emergency care reduces preventable death from trauma, obstetric complications, and acute medical illness reinforces the argument that emergency care is core infrastructure. Ghana’s experience during the COVID-19 pandemic provided a local reminder of the importance of preparedness, surge capacity, and coordinated emergency response when health systems come under sustained pressure. Emergency systems save lives only when they are designed deliberately and resourced consistently.
Preparedness also carries a broader governance dimension. Infrastructure investment is visible when it cuts ribbons. It is less visible when it preserves buffer capacity. An unused bed on a quiet afternoon may look inefficient on a spreadsheet. A spare oxygen cylinder may appear redundant. Yet these margins are often what prevent collapse during surges.
Health systems frequently face pressure to demonstrate immediate output. Infrastructure thinking requires defending resilience even when it does not produce daily headlines. It requires explaining why 85% occupancy is safer than 98% occupancy. It requires recognising that apparent efficiency can conceal vulnerability.
“No Bed Syndrome” is not merely a hospital management problem. It is also a structural design problem. When preparedness is underfunded, even the most dedicated clinicians are forced to work within brittle systems.
There is also a moral contract at stake. When a family brings a critically ill relative to hospital, they assume the system is ready. They assume oxygen will flow. They assume theatre will open if needed. They assume admission will mean movement. That expectation is reasonable. It is part of the social contract between citizens and the state. Preparedness honours that contract.
If emergency care is infrastructure, then it must be measured like infrastructure. What is the sustained inpatient occupancy rate? How many admitted patients board in emergency departments beyond 24 hours? How often do oxygen shortages or ward oxygen failures occur? How often do critical equipment failures occur? How long do ambulances wait before offloading? How quickly can surge capacity be activated? Without measurement, fragility hides behind anecdotes, and crisis becomes the only audit the system conducts.
These questions connect directly to where we began in the very first article so many weeks ago. What are we really talking about when we say “No Bed Syndrome”? We are talking about a system operating without sufficient buffer. We are talking about design choices that prioritise constant fullness over flexible response. We are talking about infrastructure that has not kept pace with demand.
And this leads naturally to the next challenge: how to build an emergency system capable of absorbing pressure without collapse.
If emergency care is infrastructure, then we must ask how resilient that infrastructure truly is. What indicators signal safety. What thresholds indicate danger. How transparent are these numbers to the public and to policymakers. How do we ensure that preparedness is not negotiated away during budget cycles.
In the next article, we move beyond recognising fragility to building resilience. We will examine how to construct an emergency system that can absorb pressure without collapse. We will answer directly the questions raised here about flow, workforce, and physical infrastructure, and explore what practical design changes could strengthen each dimension.
But before we move there, let us pause briefly to reflect. If emergency care is infrastructure, then what is the minimum standard we are prepared to defend? Should hospitals operate permanently at 95% occupancy while emergency departments remain chronically overcrowded? When you bring a very ill relative to the emergency unit, what do you expect? Do you expect oxygen to be available without question? Do you expect admission to mean movement from the emergency department?
Emergency care touches every family eventually. Emergency care is infrastructure. Preparedness must be deliberate. The next crisis will not ask whether we are ready.
By Dr. George Oduro, FRCS, FRCEM (UK), FGCS
Consultant in Emergency Medicine
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