When a baby stops breathing during a hard cry, the most important thing you can do is stay calm and keep the child safe. These episodes, known as breath-holding spells, are involuntary reflexes that resolve on their own within about a minute. They look terrifying but are almost never dangerous. Understanding what is happening and what to watch for can make the difference between a measured response and a panicked one that does not help your child.
What to Do in the Moment
Your instinct will be to shake your baby, blow in their face, or splash cold water on them. Resist most of those urges. Here is what actually helps during a breath-holding spell:
- Lay them down: Place the child on their side on a flat surface. This keeps the airway open and protects them if they briefly lose consciousness and go limp or stiff.
- Stay close but do not restrain: Do not hold the child tightly or try to force their mouth open. Their body will restart breathing on its own once the reflex cycle completes.
- Time the episode: Most spells last well under a minute. Knowing the actual duration helps you report it accurately to a doctor later and helps you gauge whether something unusual is happening.
- Do not put anything in the mouth: There is no risk of swallowing the tongue. Objects in the mouth create a choking hazard.
- Wait for normal breathing to return: Once the child starts breathing again, they may be drowsy or disoriented for a few minutes. This is normal. Hold and comfort them as they recover.
A cold washcloth briefly pressed to the forehead can sometimes shorten an episode, though evidence for this is anecdotal rather than clinical. What matters most is that you do not do anything that could injure the child. They are not choking, and CPR is not needed for a typical breath-holding spell. The episode will end.
What Is Actually Happening
Breath-holding spells are involuntary. Despite the name, the child is not choosing to hold their breath. The sequence typically starts with a trigger: a bump, a fright, frustration, or pain. The child cries, and during the cry, a reflexive pause in breathing kicks in. The episode can progress to color change, limpness, and occasionally brief stiffening or jerking movements that look alarming but are not seizures in the traditional sense.
There are two main types. The cyanotic type is far more common. In these episodes, the child lets out a short, loud cry and then involuntarily holds their breath during expiration, which causes their skin to turn blue or dusky, particularly around the lips and face.1PubMed Central. Breath-Holding Spells in Pediatrics: A Narrative Review of the Current Evidence The trigger is usually emotional: anger, frustration, or being told “no.”
The pallid type is less common and looks different. These spells are often triggered by a sudden minor injury or surprise rather than frustration. The child may cry only briefly or not at all before going pale and limp. Pallid spells are driven by an exaggerated response of the vagus nerve, which slows the heart rate sharply and causes a brief loss of consciousness.2PubMed Central. Diverse presentation of breath holding spells: two case reports with literature review 3Clinical Pediatrics. Pallid Breath-holding Spells Some children experience both types at different times.
The episodes usually start between six months and two years of age. A spell that begins before six months is unusual enough that it warrants closer medical evaluation. Provocation by emotional upset or minor injury is the hallmark feature, and spells tend to resolve spontaneously within seconds to under a minute.4PubMed Central. Breath-holding spells in infants
Why Some Children Are More Prone
Two factors stand out in the research: iron levels and family history.
Iron deficiency, even without full-blown anemia, is strongly associated with more frequent cyanotic breath-holding spells.5PubMed. Iron deficiency and cyanotic breath-holding spells: The effectiveness of iron therapy Iron plays a role in oxygen transport and in the function of enzymes involved in neurotransmitter production. When iron stores are low, the regulatory systems that control breathing rhythm and autonomic reflexes may be more easily disrupted. The good news is that correcting the iron deficit tends to reduce how often spells happen, something covered more below.
There is also a clear genetic component. A family study found that about a quarter of parents of children with severe breath-holding spells had experienced the spells themselves as children, and about a fifth of siblings were also affected. The inheritance pattern looks like an autosomal dominant trait with reduced penetrance, meaning the tendency runs in families but does not affect every family member who carries the genetic predisposition.6PubMed. Family pedigree analysis of children with severe breath-holding spells If you or your partner had breath-holding spells as a child, your children are more likely to have them too.
Iron Supplementation as a Treatment
Iron supplementation is the best-studied medical intervention for breath-holding spells, and the evidence is genuinely strong. A Cochrane systematic review found that iron supplementation significantly reduced the frequency of spells, with a large proportion of children experiencing complete resolution.7Cochrane Database of Systematic Reviews. Iron supplementation for the treatment of breath-holding attacks in children In one study of 100 children who received iron, roughly three quarters had their spells stop entirely, and most of the rest saw their spell frequency drop by more than half.8PubMed. Effect of iron supplementation in children with breath holding spells
What makes this finding particularly useful is that iron supplementation appears to help even in children who are not anemic. A study that compared spell frequency before and after treatment found that spell burden dropped from about ten episodes per month to about two, and that the reduction was similar in children with and without anemia.9PubMed Central. Iron supplementation should be given in breath-holding spells regardless of anemia This suggests that even mild iron depletion, the kind that does not show up on a standard blood count, can contribute to the problem.
If your child is having frequent spells, ask your pediatrician about checking iron levels, including ferritin, which reflects iron stores rather than just circulating levels. Iron drops formulated for infants are widely available by prescription or over the counter, but dosing should be guided by a doctor. Iron supplementation is safe in appropriate doses, though it can cause constipation and stain teeth temporarily.
When to See a Doctor
A single breath-holding spell that follows the typical pattern described above does not require an emergency room visit. But you should mention it to your pediatrician at the next visit so the episode is documented and iron status can be checked. There are situations, however, where faster medical evaluation matters.
Breath-holding spells can look a lot like seizures, and in rare cases, they coexist with epilepsy. The stiffening and jerking that sometimes occur at the peak of a spell are caused by brief oxygen deprivation to the brain, not by abnormal electrical activity. But distinguishing a breath-holding spell from a true seizure can be difficult for parents. One key difference is the sequence of events: in a breath-holding spell, the cry and the color change come first, and the stiffening follows. In epilepsy, the seizure activity typically begins without a preceding cry or emotional trigger.10PubMed Central. Breath-holding spells comorbidity with epileptic seizures in children: VEEG and clinical outcomes
Cardiac conditions are the other concern worth knowing about. Long QT syndrome, a heart rhythm disorder, can cause episodes that mimic breath-holding spells, including loss of consciousness and color change. Researchers have noted that careful attention to the features of each spell is important to distinguish an innocent breath-holding spell from a cardiac event that needs treatment.11PubMed. Breath Holding Spells in Children with Long QT Syndrome Multiple studies have recommended that children with breath-holding spells receive at least one electrocardiogram to screen for prolonged QT interval and other rhythm abnormalities.12PubMed Central. Evaluation of QT Dispersion in Children with Breath Holding Spells 13PubMed Central. The value of neurologic and cardiologic assessment in breath holding spells An ECG is quick, painless, and inexpensive. If your pediatrician does not suggest one, it is reasonable to ask.
You should seek immediate medical attention if a spell lasts significantly longer than a minute, if your child does not return to their normal self within a few minutes of the episode ending, if spells begin before six months of age, or if there is no clear emotional or pain trigger preceding the event. Episodes in very young infants that involve pallor and require stimulation to resolve may overlap with a different clinical category entirely, and those warrant urgent evaluation.14ERJ Open Research. Breath Holding Spells in children with ALTE/BRUE history: epidemiological study and diagnostic algorithm
When Children Outgrow Them
The reassuring reality is that almost all children outgrow breath-holding spells. In a long-term follow-up study, spells resolved spontaneously between about 18 months and eight years of age, with the median last spell occurring around age three to three and a half.15Pediatrics. Prospective Study of Children With Cyanotic and Pallid Breath-Holding Spells Another study found that the peak onset age was around 16 months, that the vast majority of children had their spells begin before age two, and that about a third of affected children experienced only a single episode ever.16Ugeskrift for Læger. Long-term prognosis for children with breath-holding spells
For most families, this means living with the spells for a period of months to a couple of years and then watching them taper off. Only a small fraction of children have spells that persist past age four or five. There is no established link between breath-holding spells and later epilepsy in otherwise healthy children, and the spells do not cause brain damage. The concentration difficulties reported by some parents of former spell-havers in one study may reflect other developmental factors rather than a direct consequence of the spells themselves.16Ugeskrift for Læger. Long-term prognosis for children with breath-holding spells
Behavioral Management Between Episodes
Because you cannot stop a spell once it starts, the practical leverage point is reducing the frequency and intensity of the triggers. This does not mean tiptoeing around your child or never setting boundaries. Children who have breath-holding spells still need normal discipline and limits. The goal is to avoid unnecessary escalations while maintaining a consistent, calm parenting approach.
Distraction works well for toddlers on the verge of a meltdown. Redirecting a child’s attention before a cry builds to full intensity can sometimes prevent the reflex from engaging. This is not the same as giving in to demands. You can hold a limit while simultaneously offering a different toy or pointing out something interesting across the room.
It helps to identify your child’s specific triggers. Some children are more likely to have spells when overtired, hungry, or overstimulated. Keeping a rough log of when spells happen can reveal patterns that let you adjust schedules or routines. For children whose spells are mainly triggered by minor bumps and falls, minimizing sharp furniture corners and ensuring a safe play area is practical prevention.
One point clinicians emphasize is not to reward the spell itself with excessive attention or dramatically altered behavior. The goal is to comfort the child once the episode resolves without treating the spell as a catastrophic event that changes the household’s rules. Children who learn that a spell produces an outsized parental response may inadvertently escalate their crying in future situations, even though the breath-holding itself is involuntary.
Severe and Refractory Cases
In rare cases, breath-holding spells are frequent enough and severe enough that they significantly impair daily life. When iron supplementation and behavioral strategies do not reduce the burden, doctors have a few additional options, though the evidence base is thinner.
Piracetam, a medication that affects brain metabolism, has been studied in small trials for breath-holding spells. Some clinicians prescribe it in countries where it is available, though its use is not widespread in the United States and the evidence is limited.
For the most extreme cases, particularly pallid spells complicated by prolonged loss of consciousness or convulsions where the underlying mechanism is documented asystole or severe slowing of the heart, cardiac pacing has been used. A review of the literature identified dozens of children who received pacemakers for refractory breath-holding spells. In those cases, medical treatments including iron and piracetam had already failed. After pacing, the dangerous complications of the spells disappeared in the vast majority of children, and the rest saw significant improvement.17PubMed. Pacemaker in complicated and refractory breath-holding spells: when to think about it? A pacemaker for a toddler sounds extreme, and it is. This intervention is reserved for the small number of children whose spells cause documented cardiac pauses long enough to risk injury.
The Toll on Parents
The medical literature describes breath-holding spells as “benign,” and from the child’s perspective, that is accurate. From the parent’s perspective, watching your baby turn blue and go limp is one of the more frightening experiences of early parenthood. Research confirms what any parent in this situation already knows: mothers of children with breath-holding spells report higher levels of anxiety and experience more daily stressors than mothers of unaffected children.18PubMed. Efficacy of a Brief Psychoeducational Intervention for Mothers of Children with Breath-Holding Spells: A Randomized Controlled Pilot Trial Studies have also found higher rates of depressive traits and overprotective parenting behaviors in families dealing with frequent spells.19Journal of Paediatrics and Child Health. Parental attitude, depression, anxiety in mothers, family functioning and breath‐holding spells: A case control study
This is not something to push through silently. If your child has recurrent spells and you find that the anxiety is affecting your daily functioning, your sleep, or your willingness to let your child play and explore normally, bringing that up with your own doctor or a counselor is worthwhile. Brief psychoeducational interventions, essentially structured sessions that explain what is happening physiologically and give parents concrete coping tools, have been studied and show promise for reducing parental distress.18PubMed. Efficacy of a Brief Psychoeducational Intervention for Mothers of Children with Breath-Holding Spells: A Randomized Controlled Pilot Trial Even understanding that the spells are reflexive and not dangerous can make a meaningful difference in how you experience them.
It also helps to brief other caregivers. Grandparents, daycare providers, and babysitters who witness a spell without knowing what it is may call an ambulance or attempt interventions that are not needed. A short explanation ahead of time, covering what to expect, how long it lasts, and what not to do, saves everyone distress and keeps the child safe.