Birth Asphyxia: The Leading Cause of Cerebral Palsy in the Arab World
If your child’s cerebral palsy came from a difficult delivery, you are far from alone, and the reasons behind that are almost entirely about healthcare systems, not about anything you did. This article explains what birth asphyxia actually is, why it happens so much more often across the Arab world than in high-income countries, and what actually matters now for your child’s care.
What birth asphyxia actually is
Birth asphyxia describes a baby not getting enough oxygen and blood flow during labour, delivery, or the minutes right after birth. It can happen for many reasons: the umbilical cord compressed or wrapped in a way that restricts blood flow, the placenta separating too early, a prolonged or obstructed labour, or a delay in delivering the baby once distress is detected.
When the oxygen deprivation is significant enough, it damages brain tissue. Doctors call this resulting brain injury hypoxic-ischaemic encephalopathy, usually shortened to HIE. Birth asphyxia is the event; HIE is the diagnosis that follows when the brain has actually been affected. Not every asphyxial event leads to HIE, and not every case of HIE leads to permanent disability, but when lasting injury does occur, cerebral palsy is one of the most common long-term outcomes, alongside epilepsy and, in more severe cases, intellectual disability.
Globally, HIE is a leading cause of neonatal death and disability. It’s responsible for close to a quarter of neonatal deaths worldwide, and more than a million children who survive it go on to develop cerebral palsy or other lasting neurological conditions.
Why the Arab world sees this far more often
The numbers here are stark, and worth sitting with for a moment.
HIE incidence per 1,000 live births. Sources cited below.
In countries with well resourced obstetric systems, HIE occurs in roughly 1 to 3 cases per 1,000 live births, and that number has stayed low and fairly stable over the past decade thanks to continuous fetal monitoring and rapid emergency response during labour. In low- and middle-income settings, which includes much of the Arab world outside the best resourced urban centres, the incidence climbs to somewhere between 10 and 20 per 1,000 live births, roughly five to ten times higher.
This disparity shows up directly in cerebral palsy causation data. A pooled analysis covering multiple Arab countries found birth asphyxia accounted for around 16% of identified CP causes regionally. In a detailed Palestinian case-control study, perinatal hypoxia carried an adjusted odds ratio of 92.5, making it by a wide margin the single strongest risk factor identified in that research, far ahead of every other cause examined, including genetic and family history factors.
What actually drives the disparity
This gap is explained almost entirely by differences in obstetric infrastructure and access to emergency care, not by anything different about mothers or families in the region. Where these systems are in place and reliably accessible, birth asphyxia rates fall close to those seen anywhere else in the world.
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Continuous fetal heart rate monitoring during labour Standard practice in well resourced hospitals, this catches fetal distress early enough to act. Where monitoring is intermittent or unavailable, distress can go unnoticed until real damage has already occurred.
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Rapid access to emergency caesarean section When distress is identified, the time between that decision and actual delivery matters enormously, often measured in minutes. Facilities without immediate surgical capacity, or located far from one, lose critical time exactly when it matters most.
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Skilled birth attendance Recognising the early signs of fetal distress requires training and experience. Deliveries attended by staff without this specific training are less likely to catch problems before they become severe.
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Neonatal resuscitation readiness at every birth A baby born not breathing needs immediate, correctly performed resuscitation within the first minutes of life. This requires trained staff and functioning equipment present at every delivery, not just the ones expected to be difficult.
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Distance and access, especially outside major cities Rural and lower resource areas across the region often have longer distances to the nearest facility capable of emergency obstetric intervention, and this geographic gap accounts for a meaningful share of the disparity within countries, not just between them.
None of this is about individual choices during a specific labour. It’s about whether the surrounding health system had the monitoring, the speed, and the trained hands in place when they were needed. That’s a policy and infrastructure question, and it’s the reason international health bodies consistently frame birth asphyxia reduction as a systems investment rather than a matter of parental behaviour.
Understanding the Sarnat stages
If your baby was assessed for HIE, doctors likely used a grading system called the Sarnat classification, based on the newborn’s neurological signs in the days following birth. Knowing which stage was recorded is genuinely useful information.
Mild HIE
The baby may be unusually alert or irritable, with mildly increased muscle tone and brisk reflexes. Signs typically resolve within 24 to 72 hours. The long-term outlook in mild HIE is generally good, though close developmental follow-up is still worthwhile.
Moderate HIE
The baby is lethargic, with reduced muscle tone and weaker reflexes, and seizures are common. Outcomes are more variable at this stage: some children develop normally, others develop cerebral palsy or other lasting difficulties, which is why close monitoring and early intervention referral matter so much here.
Severe HIE
The baby shows a significantly depressed level of consciousness, very low muscle tone, and frequently prolonged seizures. This stage carries the highest risk of death in the newborn period and, among survivors, the highest likelihood of cerebral palsy and other lasting neurological impacts.
If you were never told which stage applied to your child, it’s worth asking your paediatrician or requesting the neonatal records. This single piece of information helps contextualise a lot of what follows developmentally, and it’s something many families are simply never given clearly at the time.
Therapeutic hypothermia: the one proven treatment
For moderate to severe HIE, there is exactly one treatment proven in large clinical trials to reduce the risk of death and disability: therapeutic hypothermia, sometimes called cooling therapy. It involves lowering the newborn’s body temperature to around 33 to 34 degrees for approximately 72 hours, started as early as possible and ideally within 6 hours of the hypoxic event. This narrow window is why recognising HIE quickly in the newborn period matters so much.
Where it’s available and started promptly, therapeutic hypothermia measurably reduces the combined risk of death or major disability. It has become standard of care in well resourced neonatal intensive care units worldwide.
Its availability across the Arab world is genuinely uneven. Major specialist neonatal units in some countries do offer it, but consistent access, particularly outside large cities and within the critical 6 hour window, remains a real limitation in many areas. Its effectiveness in more resource-limited settings is also still being actively studied rather than fully established, which is an honest caveat worth knowing rather than an assumption that the therapy works identically everywhere it’s offered. If you’re currently pregnant or have a newborn at risk, asking your delivery hospital directly whether they offer therapeutic hypothermia, and how quickly it could be started if needed, is a reasonable and genuinely important question.
If your child already has HIE-related CP
If you’re reading this because your child has already been diagnosed with cerebral palsy following a difficult birth, there are two things worth separating clearly in your mind.
The first is understanding what happened. That’s a legitimate and important thing to want, whether for your own sense of clarity, for future pregnancy planning, or because you’re considering whether the specific care you received fell short of a reasonable standard. That last question is a medical and legal one, resting on the specific records and circumstances of your delivery, and it deserves a proper, independent review rather than a general answer from an article like this one.
The second is what to do for your child now, and here the path forward is exactly the same regardless of what caused the underlying brain injury.
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Start or continue physiotherapy without delay The neuroplastic window is widest in the first two years of life, and this doesn’t depend on the cause of the injury.
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Get a formal GMFCS assessment This gives you a functional baseline for your child’s current mobility, useful regardless of how the CP originated.
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Set up hip surveillance if spasticity is present Regular X-rays catch hip migration early, when it’s far easier to manage.
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Ask about surgical assessment from age 2 Minimally invasive options like SFDM can meaningfully change a child’s functional trajectory, and the cause of the original brain injury doesn’t affect candidacy for this kind of treatment.
A child with HIE-related CP responds to physiotherapy, orthotics, and surgical treatment exactly as well as a child whose CP came from any other cause. The origin of the brain injury explains the past. It doesn’t set any different ceiling on what’s possible from here.
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Request a free remote evaluation →Frequently asked questions
What is birth asphyxia exactly?
It refers to a baby not getting enough oxygen and blood flow during labour, delivery, or the moments right after birth. When severe or prolonged enough, this damages brain tissue, a condition doctors call hypoxic-ischaemic encephalopathy, or HIE. Birth asphyxia is the event; HIE is the resulting diagnosis. Not every case leads to lasting injury, but when it does, cerebral palsy is one of the most common outcomes.
How much more common is birth asphyxia in the Arab world?
Substantially more common. High-income countries see roughly 1 to 3 HIE cases per 1,000 live births. Low- and middle-income settings, including much of the Arab world, see between 10 and 20 per 1,000. A pooled analysis of Arab-country CP studies found birth asphyxia accounted for about 16% of identified causes, and a Palestinian case-control study found perinatal hypoxia carried an adjusted odds ratio of 92.5, the strongest single risk factor identified.
Why is birth asphyxia so much more common in some countries?
Almost entirely because of differences in obstetric infrastructure, not anything different about families. Continuous fetal monitoring, rapid emergency caesarean access, skilled birth attendance, and neonatal resuscitation readiness are consistently available in high-income settings and inconsistently available in many parts of the Arab world, particularly outside major cities. This is a healthcare systems question, not an individual responsibility question.
What is the Sarnat staging system?
It grades HIE into three stages based on the newborn’s neurological signs. Mild (stage 1) involves excess alertness and mild tone changes, usually resolving within days with a generally good outlook. Moderate (stage 2) involves lethargy, low tone, and often seizures, with variable outcomes. Severe (stage 3) involves depressed consciousness and frequent seizures, carrying the highest risk of death or lasting disability. Ask which stage was recorded for your child if you were never told.
What is therapeutic hypothermia and is it available in the Arab world?
Cooling therapy lowers a newborn’s body temperature for about 72 hours, started within 6 hours of the hypoxic event. It’s the only treatment proven to reduce death and disability from moderate to severe HIE. Availability across the Arab world is uneven: offered at some major specialist units, but access is inconsistent, particularly outside large cities, and its effectiveness in more resource-limited settings is still being studied.
My child’s CP was caused by birth asphyxia. Was this preventable?
In many cases, yes, at a systems level, though this says nothing about any individual parent’s actions. The disparity between regions is driven by obstetric infrastructure differences, not family decisions. Questions of accountability for a specific delivery are medical and legal ones, best addressed with the relevant records and independent advice, separate from what general information like this can determine.
What should I do now if my child has CP from birth asphyxia?
Start physiotherapy immediately if you haven’t already. Get a formal GMFCS assessment. Set up hip surveillance if spasticity is present. Ask about surgical assessment from age 2, including minimally invasive options like SFDM. The original cause doesn’t change any of these steps; a child with HIE-related CP responds to the same evidence-based treatment pathway as any other child with CP.
References
- Almuqbel MM, et al. (2022). “Epidemiology of Cerebral Palsy among Children and Adolescents in Arabic-Speaking Countries: A Systematic Review and Meta-Analysis.” Brain Sciences. PMC ↗
- Daher S, El-Khairy L. (2014). “Association of cerebral palsy with consanguineous parents and other risk factors in a Palestinian population.” WHO Eastern Mediterranean Health Journal. WHO EMRO ↗
- “Hypoxic-Ischemic Encephalopathy in Newborns: Pathophysiology, Early Identification, and Management.” PMC. PMC ↗
- “Hypoxic-Ischemic Encephalopathy.” Medscape. Medscape ↗
- “Therapeutic hypothermia for neonatal encephalopathy in developing countries: Current evidence.” ScienceDirect. ScienceDirect ↗
- Sarnat HB, Sarnat MS. (1976). “Neonatal encephalopathy following fetal distress: a clinical and electroencephalographic study.” Archives of Neurology.