Apgar Score Calculator

Apgar Score Calculator Guide: Score Appearance, Pulse, Grimace, Activity, and Respiration

The Apgar score is a rapid standardized description of a newborn infant’s clinical condition shortly after birth. Dr. Virginia Apgar introduced the system in the 1950s, and it remains widely used because it provides a concise way to communicate newborn status and response to early stabilization or resuscitation.

The score evaluates five observed clinical signs: color, heart rate, reflex irritability, muscle tone, and respiration. These are commonly remembered using the mnemonic Appearance, Pulse, Grimace, Activity, and Respiration.

Each component receives 0, 1, or 2 points. The five scores are added, creating a total from 0 through 10.

The score is routinely reported at 1 minute and 5 minutes after birth. If the 5-minute Apgar score is below 7, the AAP/ACOG policy states that scoring should continue every 5 minutes through 20 minutes while the infant continues to receive appropriate clinical assessment and care.

The timing matters. A 1-minute score describes the newborn’s early transition after delivery. The 5-minute score—and particularly the change between the 1-minute and 5-minute scores—provides information about the newborn’s subsequent clinical status and response to interventions.

Apgar scoring must not delay neonatal resuscitation. AAP and ACOG emphasize that resuscitation begins when clinically indicated before the 1-minute Apgar score is assigned. The score therefore does not determine whether ventilation, chest compressions, oxygen, or other initial resuscitation procedures should begin.

Current 2025 AHA/AAP neonatal resuscitation guidance bases treatment on direct clinical findings such as breathing and heart rate. For example, chest compressions are indicated when heart rate remains below 60 beats per minute despite adequate ventilation and corrective steps—not because of a particular Apgar total.

Apgar scores also have important prognostic limitations. A low score can reflect many factors including prematurity, medications, congenital abnormalities, infection, hypovolemia, respiratory problems, or other neonatal conditions. A low score alone does not establish birth asphyxia.

The AAP and ACOG further caution against using the Apgar score to predict an individual child’s long-term neurologic outcome. Population-level associations exist between persistently low scores and adverse outcomes, but those associations cannot reliably predict the future outcome of one infant.

For term and late-preterm infants, the joint AAP/ACOG statement describes a 5-minute score of 7–10 as reassuring, 4–6 as moderately abnormal, and 0–3 as low. These descriptions apply to the newborn’s immediate physiologic status and should not be converted into simplistic labels such as healthy, disabled, or brain damaged.

This calculator is therefore designed primarily as an educational and documentation aid. It adds the five component scores, identifies the assessment time point, explains the result in its appropriate clinical context, and prevents the total score from being used as a substitute for direct newborn assessment.

How to Calculate and Interpret an Apgar Score at 1 and 5 Minutes After Birth

Select the assessment time: Record whether the score is being assigned at 1 minute, 5 minutes, or a later 5-minute interval. Never interpret a score without its time point.
Score Appearance: Choose the observation that best describes the newborn’s color according to the standard scoring categories.
Score Pulse: Assign points according to the observed heart rate rather than estimating pulse quality from the total score.
Score Grimace: Assess reflex response to appropriate stimulation, ranging from absent response to grimace to an active response.
Score Activity: Assess muscle tone from limp to partial flexion to active movement.
Score Respiration: Assess respiratory effort from absent breathing to weak or irregular respiration to strong breathing or crying.
Add the five components: The component values produce a total score between 0 and 10.
Interpret the score at the correct time point: The 1-minute and 5-minute scores describe different moments in newborn transition and should be documented separately.
Do not use the score to decide whether to start resuscitation: Neonatal resuscitation is initiated from direct clinical assessment before the 1-minute Apgar score is available.
Repeat scoring when indicated: If the 5-minute score is below 7, standard Apgar reporting continues at 5-minute intervals through 20 minutes.

Formula and variables

The Apgar score is an additive clinical score rather than a physiological equation. Each of five observed signs receives 0, 1, or 2 points. The five values are summed to create a total from 0 to 10. The score should always be associated with the time after birth at which it was assigned.

Apgar Score = Appearance + Pulse + Grimace + Activity + Respiration; each component = 0, 1, or 2; total range = 0–10

A — Appearance / color: Assessment of the newborn’s skin color and evidence of pallor, cyanosis, or more generalized pink coloration.
P — Pulse / heart rate: Assessment of whether heart rate is absent, below 100 beats per minute, or at least approximately 100 beats per minute.
G — Grimace / reflex irritability: Observed response to stimulation, ranging from no response to grimace to vigorous response such as cry or active withdrawal.
A2 — Activity / muscle tone: Observed muscle tone ranging from limp to some flexion to active movement.
R — Respiration: Observed respiratory effort ranging from absent breathing to weak or irregular respiration to good breathing with a strong cry.

Scenario 1: Newborn With Improving Clinical Status at 5 Minutes

At 5 minutes after birth, a newborn has pink body coloration with some peripheral cyanosis, a heart rate of 130 beats per minute, an active response to stimulation, active movement of the extremities, and a strong cry.

Appearance: Pink body with blue extremities = 1
Pulse: 130 beats/min = 2
Grimace: Active withdrawal / vigorous response = 2
Activity: Active movement = 2
Respiration: Good respiration with strong cry = 2
Assessment time: 5 minutes

Appearance = 1.
Pulse = 2.
Grimace = 2.
Activity = 2.
Respiration = 2.
Total Apgar score = 1 + 2 + 2 + 2 + 2 = 9.

Result: The 5-minute Apgar score is 9 out of 10.

A 5-minute score of 9 is within the reassuring 7–10 range described by AAP/ACOG for term and late-preterm infants. The score summarizes clinical status at that moment; it is not a prediction of the child’s future development.

Understanding your results

Score 7–10 at 5 minutes

AAP/ACOG describes this range as reassuring for term and late-preterm infants.

It reflects the newborn’s immediate clinical status rather than guaranteeing the absence of every medical problem.

Score 4–6 at 5 minutes

This range is described as moderately abnormal.

Clinical management depends on the newborn’s actual breathing, heart rate, oxygenation, examination, gestational age, and response to interventions—not on the total alone.

Score 0–3 at 5 minutes

This is considered a low score in term and late-preterm infants.

A low score requires clinical context and does not by itself diagnose birth asphyxia or predict an individual neurologic outcome.

Change between 1 and 5 minutes

Improvement can provide useful information about response to stabilization or resuscitation.

The individual component findings and interventions should still be documented rather than relying only on the change in total score.

Score below 7 at 5 minutes

AAP/ACOG guidance calls for repeat Apgar assessment every 5 minutes through 20 minutes.

The continuing scores provide serial descriptions of clinical status rather than instructions about whether resuscitation should occur.

Assumptions

The score is assigned by someone directly observing the newborn at the stated time after birth.
Each component is scored using standard Apgar criteria.
The five components refer to findings observed at approximately the same assessment time.
The total is used as a clinical-status summary rather than a treatment algorithm.
The calculator is not used to delay or initiate neonatal resuscitation.
The calculator does not predict long-term neurologic or developmental outcomes.
The user understands that prematurity and clinical interventions can influence score components.

Limitations

The Apgar score contains subjective components and can vary somewhat between observers.
Apgar scoring has a limited time frame and describes neonatal condition at specific moments after birth rather than the infant’s complete medical condition.
AAP/ACOG states that factors influencing an Apgar score can include prematurity, maternal medications, trauma, congenital anomalies, infection, hypoxia, and hypovolemia.
Premature infants can receive lower scores partly because physiologic immaturity affects tone, color, and respiratory effort even without an intrapartum hypoxic event.
The Apgar score should not be used alone to diagnose birth asphyxia.
A low 1-minute Apgar score does not predict an individual infant’s future outcome.
Although low 5-minute scores are associated with higher neonatal mortality and neurologic risk at a population level, AAP/ACOG specifically cautions against using the score to predict an individual child’s neurologic outcome.
A score obtained while resuscitation is occurring is not equivalent to a score from a spontaneously breathing infant because interventions can alter several components.
The score does not determine whether initial positive-pressure ventilation, chest compressions, epinephrine, oxygen, or other neonatal resuscitation measures should be used.
Current 2025 AHA/AAP neonatal resuscitation guidance bases intervention on direct physiologic assessment, especially breathing and heart rate.
The calculator cannot evaluate neonatal encephalopathy, respiratory failure, congenital heart disease, infection, hypoglycemia, sepsis, or other neonatal conditions.
The calculator cannot determine whether a newborn requires neonatal intensive care.
Apgar interpretation in very preterm infants requires particular caution because immaturity itself can lower components of the score.
The calculator should not be used by parents to assess a newborn at home after hospital discharge.

Common mistakes

Using Apgar to decide whether to begin neonatal resuscitation.
Waiting until the 1-minute score before initiating clinically necessary ventilation.
Treating Apgar as a prenatal test.
Using the score before birth.
Combining findings from different time points into one score.
Calling a 1-minute score the same thing as a 5-minute score.
Treating a low 1-minute score as a prediction of disability.
Diagnosing birth asphyxia from a low Apgar score alone.
Treating a score of 10 as proof that every aspect of the newborn’s health is normal.
Treating a score below 7 as proof of permanent neurologic injury.
Ignoring prematurity when interpreting low tone or color scores.
Ignoring resuscitative interventions when comparing serial scores.
Failing to repeat scoring after a 5-minute score below 7.
Adding the five components incorrectly.

Practical use cases

Scenario 2: Low 1-minute score that improves by 5 minutes

A newborn initially has weak respiration and reduced tone but responds to appropriate stabilization.

The 1-minute and 5-minute scores should be documented separately so the change in clinical status remains visible.

Scenario 3: 5-minute score below 7

The newborn has a total score of 6 at 5 minutes.

Apgar assessment should continue at 10, 15, and 20 minutes while clinical management continues according to neonatal resuscitation guidance.

Scenario 4: Premature infant

A preterm infant has relatively low tone and weaker respiratory effort.

The total can be lower partly because of physiologic immaturity, so the score should not be interpreted as evidence of asphyxia by itself.

Scenario 5: Score assigned during resuscitation

Positive-pressure ventilation or other interventions are being performed.

The score can still document clinical status, but AAP/ACOG cautions that a score obtained during resuscitation is not directly equivalent to an unassisted score.

Scenario 6: Parent reviewing hospital records

The birth record lists Apgar scores of 6 and 9.

That usually means the recorded condition improved between the 1-minute and 5-minute assessments; the numbers alone cannot determine why or predict long-term development.

Planning and decision guide

Apgar is an acronym used to remember five observations

Appearance corresponds to color, Pulse to heart rate, Grimace to reflex irritability, Activity to muscle tone, and Respiration to breathing effort.

The mnemonic makes the score easier to remember but the actual clinical findings define each component.

Each component contributes equally to the arithmetic total

Each receives 0, 1, or 2 points.

The score therefore ranges from 0 to 10.

Appearance assesses color

The classic scoring framework assigns 0 for blue or pale coloration, 1 for a pink body with blue extremities, and 2 for more generalized pink coloration.

Color assessment can be subjective and is one reason the total should not be treated as an exact physiologic measurement.

Pulse assesses heart rate

The classic score assigns 0 when heart rate is absent, 1 when below 100 beats per minute, and 2 when above approximately 100 beats per minute.

Current neonatal resuscitation decisions use direct heart-rate thresholds rather than waiting for the Apgar total.

Grimace assesses reflex irritability

No response scores 0, a grimace or limited response scores 1, and a vigorous response such as crying or active withdrawal scores 2.

The response is evaluated from appropriate newborn stimulation rather than an arbitrary home test.

Activity assesses muscle tone

A limp infant receives 0, some flexion receives 1, and active motion receives 2 in the classic scoring system.

Gestational maturity can influence tone.

Respiration assesses breathing effort

Absent respiration scores 0, weak or irregular respiration scores 1, and strong respiration or crying scores 2.

A newborn who requires respiratory support must be treated according to neonatal resuscitation guidance regardless of what the total Apgar score will eventually be.

Scenario 7: Heart rate 80 but total score appears moderate

A heart rate below 100 contributes only one point to Pulse.

More importantly, the clinical team responds directly to heart rate and breathing rather than waiting to see whether the total reaches a particular number.

The score is routinely assigned at 1 minute

The first score provides a standardized description of early neonatal transition.

It is not intended to delay stabilization or resuscitation.

The score is repeated at 5 minutes

The 5-minute score provides another standardized snapshot.

AAP/ACOG notes that the 5-minute score and particularly the change between 1 and 5 minutes can reflect response to resuscitation.

Scenario 8: Apgar 4 at 1 minute and 8 at 5 minutes

The numbers show substantial improvement in the scored clinical signs.

They do not by themselves identify which intervention produced the improvement or predict long-term outcome.

Scores below 7 require extended serial reporting

AAP/ACOG guidance states that when the 5-minute score is below 7, scoring should continue every 5 minutes through 20 minutes.

The interface should therefore automatically expose 10-, 15-, and 20-minute fields when a 5-minute score is 0–6.

Scenario 9: 5-minute Apgar of 6

The application reveals a 10-minute assessment field.

If the score remains below 7, subsequent 15- and 20-minute documentation remains available.

Do not confuse repeat Apgar scoring with resuscitation timing

The 5-minute assessment intervals are documentation intervals.

Resuscitation itself is continuous and follows immediate physiologic findings rather than waiting in 5-minute increments.

The 2025 neonatal resuscitation guideline is the current treatment framework

AHA and AAP published updated neonatal resuscitation guidelines in 2025, replacing the previous comprehensive 2020 recommendations.

The calculator should therefore avoid embedding obsolete treatment decisions into Apgar interpretation.

Current resuscitation begins with direct newborn assessment

The neonatal team evaluates breathing, heart rate, gestational circumstances, and response to stabilization directly.

Apgar is a reporting tool, not the trigger for those interventions.

Chest-compression logic is not an Apgar rule

Current AHA/AAP guidance indicates chest compressions when heart rate remains below 60 beats per minute after appropriate ventilation corrective steps.

That clinical threshold should never be replaced by a rule such as “Apgar below 3 means compressions.”

Scenario 10: Apgar total 3 with heart rate above 60

The score is low.

The clinical resuscitation pathway still depends on the actual respiratory and cardiovascular findings rather than the total of 3.

Apgar should not determine when resuscitation stops

Older materials sometimes linked a score of 0 at 10 minutes too directly to stopping resuscitation.

Current 2025 AHA/AAP guidance states that if all recommended resuscitation steps have been effectively completed and no heart rate is detected by around 20 minutes, redirection of goals of care may be discussed with the clinical team and family.

This current 20-minute guidance is not a calculator decision

The guideline requires consideration of the adequacy of resuscitation, reversible causes, gestational age, available neonatal care, clinical circumstances, and family values.

An Apgar calculator should never produce a recommendation to discontinue resuscitation.

Apgar does not diagnose asphyxia

AAP/ACOG explicitly states that using Apgar alone to diagnose asphyxia is inappropriate.

Evidence of impaired gas exchange and the broader clinical picture are required.

Scenario 11: 5-minute score of 3

The score is low and clinically important.

It does not prove that an intrapartum asphyxial event occurred.

Low scores can have multiple causes

AAP/ACOG lists factors such as medications, trauma, congenital anomalies, infections, hypoxia, hypovolemia, and preterm birth among potential influences.

The calculator cannot distinguish these causes.

Prematurity can lower Apgar without birth asphyxia

Tone, respiratory effort, and color partly reflect physiologic maturity.

AAP notes that a healthy preterm infant can therefore receive a lower Apgar score because of immaturity.

Scenario 12: Very premature newborn with reduced tone

Reduced muscle tone lowers the Activity component.

That component cannot by itself establish hypoxic brain injury.

The 5-minute interpretation bands need context

AAP/ACOG describes 7–10 as reassuring, 4–6 as moderately abnormal, and 0–3 as low for term and late-preterm infants.

These are immediate clinical-status descriptions rather than long-term developmental categories.

Scenario 13: Apgar of 6

The 5-minute result belongs to the moderately abnormal range.

The clinical team interprets the underlying component findings and newborn condition rather than responding to the label alone.

A score of 10 is possible but not required for normal transition

Peripheral cyanosis can reduce the Appearance component even when heart rate, respiration, tone, and reflex response are strong.

A score of 9 can therefore occur in a newborn who otherwise appears clinically vigorous.

Scenario 14: Apgar 9 because hands and feet remain blue

Appearance receives 1 while the other four components receive 2.

The resulting score of 9 remains within the reassuring 5-minute range.

Apgar does not predict intelligence

No component measures cognition, learning ability, or intelligence.

The score describes immediate newborn physiology.

Apgar does not diagnose cerebral palsy

Low scores are associated with higher population-level cerebral-palsy risk, but most infants with low scores do not develop cerebral palsy.

AAP/ACOG specifically warns against predicting an individual neurologic outcome from the score.

Scenario 15: Parent sees a low historical score

The score documents neonatal status at the recorded minute.

It should not be retrospectively interpreted as proof of a specific developmental disorder.

Apgar does not diagnose neonatal encephalopathy

A persistently low score can be one clinical sign considered in a broader evaluation.

Neonatal encephalopathy requires assessment of neurologic condition and multiple other clinical factors.

A 5-minute score of 7 or greater has limited etiologic meaning

AAP/ACOG notes that when the 5-minute score is at least 7, major peripartum hypoxia–ischemia is unlikely to have caused neonatal encephalopathy.

That statement still does not make the score a complete newborn health test.

Scores during resuscitation require documentation of assistance

AAP/ACOG encourages expanded reporting that records concurrent interventions such as oxygen, positive-pressure ventilation, airway placement, chest compressions, and medications.

This prevents the total score from being interpreted without knowing what support the infant was receiving.

Scenario 16: Apgar improves while receiving ventilation

The numerical improvement is useful.

The medical record should also indicate that respiratory support was occurring so the score is not interpreted as an entirely spontaneous transition.

The calculator should expose component history, not only totals

A total of 6 can arise from several very different combinations.

Showing each component at every recorded minute preserves substantially more clinical information.

Scenario 17: Two infants both score 6

One may have strong heart rate but poor respiration and tone.

Another may have moderate scores across several components. The identical total does not mean their clinical states are identical.

An Apgar calculator should never be presented as a parent self-test

Several components require real-time neonatal clinical observation and appropriate stimulation.

Newborn illness outside the delivery setting requires direct medical assessment, not retrospective Apgar scoring.

The Due Date Calculator answers a completely different question

Due Date estimates gestational timing before delivery.

Apgar assesses newborn clinical status after birth and must never be presented as something predictable from gestational dates.

Apgar score should not be predicted prenatally

Ultrasound findings, fetal heart monitoring, maternal characteristics, or pregnancy dates do not allow a consumer calculator to know the future Apgar score.

The score is assigned from newborn observations after delivery.

The strongest interface stores the time with every score

Display values such as “1-minute Apgar: 5” and “5-minute Apgar: 8.”

Do not display an unlabeled “Apgar score: 8” when multiple scores may have been recorded.

The final result should emphasize status, response, and limitations

Show the five components, total, assessment minute, interpretation band where appropriate, and whether repeat scoring is indicated.

Also state prominently that Apgar does not determine initial resuscitation and does not predict individual long-term neurologic outcome.

Frequently asked questions

What is an Apgar score?

It is a standardized clinical score describing a newborn’s color, heart rate, reflex response, muscle tone, and respiration shortly after birth.

What does APGAR stand for?

It is commonly remembered as Appearance, Pulse, Grimace, Activity, and Respiration.

Who invented the Apgar score?

Dr. Virginia Apgar introduced the newborn scoring system in 1952.

What is the maximum Apgar score?

10. Each of the five components can contribute up to 2 points.

What is the minimum Apgar score?

0, when all five components receive zero points.

When is the Apgar score measured?

It is routinely reported at 1 minute and 5 minutes after birth. If the 5-minute score is below 7, assessment continues every 5 minutes through 20 minutes.

What is a normal Apgar score?

AAP/ACOG describes a 5-minute score of 7–10 as reassuring for term and late-preterm infants.

What does an Apgar score of 9 mean?

At 5 minutes, 9 lies in the reassuring range. A common reason for losing one point is peripheral color while other components are strong.

What does an Apgar score of 8 mean?

At 5 minutes, 8 is within the reassuring 7–10 range.

What does an Apgar score of 7 mean?

At 5 minutes, 7 is the lower end of the AAP/ACOG reassuring range for term and late-preterm infants.

What does an Apgar score of 4 to 6 mean?

AAP/ACOG describes a 5-minute score of 4–6 as moderately abnormal. Clinical care depends on the newborn’s actual physiologic findings and response to intervention.

What does an Apgar score of 0 to 3 mean?

At 5 minutes, this is considered a low score in term and late-preterm infants, but it does not by itself diagnose asphyxia or predict an individual neurologic outcome.

How is Appearance scored?

The classic score assigns 0 for blue or pale coloration, 1 for pink body with blue extremities, and 2 for generalized pink coloration.

How is Pulse scored?

The classic score assigns 0 for absent heart rate, 1 for heart rate below 100 beats per minute, and 2 for heart rate approximately 100 beats per minute or greater.

How is Grimace scored?

No response receives 0, a limited response such as grimace receives 1, and a vigorous response such as cry or active withdrawal receives 2.

How is Activity scored?

Limp muscle tone receives 0, some flexion receives 1, and active movement receives 2.

How is Respiration scored?

Absent breathing receives 0, weak or irregular respiration receives 1, and good respiration with a strong cry receives 2.

Is the 1-minute Apgar more important than the 5-minute score?

They describe different moments. The 5-minute score and improvement from 1 to 5 minutes can provide useful information about response to stabilization or resuscitation.

What happens if the 5-minute Apgar is below 7?

Apgar scoring should be repeated every 5 minutes through 20 minutes while appropriate neonatal care continues.

Does an Apgar score determine whether a baby needs resuscitation?

No. AAP/ACOG states that resuscitation must begin before the 1-minute score is assigned when it is clinically needed.

Does a low Apgar mean the baby had birth asphyxia?

No. AAP/ACOG specifically states that Apgar alone should not be used to diagnose asphyxia.

Does a low Apgar mean brain damage?

No. A low score does not establish brain injury and cannot predict an individual child’s long-term neurologic outcome.

Can Apgar predict cerebral palsy?

Low scores are associated with higher population-level risk, but most infants with low scores do not develop cerebral palsy and the score cannot predict an individual outcome.

Can Apgar predict intelligence?

No. The score evaluates immediate newborn physiologic signs, not cognition or intelligence.

Can prematurity lower an Apgar score?

Yes. Prematurity can influence tone, color, and respiratory effort and can lower the score even without an intrapartum asphyxial event.

Can medications affect Apgar score?

Yes. AAP/ACOG lists maternal medications among several factors that can affect neonatal Apgar findings.

Can infection affect Apgar score?

Yes. Infection is one of several neonatal conditions that can influence the score.

Can congenital abnormalities affect Apgar score?

Yes. Congenital anomalies can alter breathing, tone, color, heart rate, or reflex response and therefore affect the total.

Can two babies with the same Apgar have different conditions?

Yes. The same total can result from different combinations of the five component scores.

Is an Apgar score during resuscitation interpreted differently?

It requires additional context because respiratory support and other interventions can alter score components. AAP/ACOG encourages documentation of concurrent resuscitative interventions.

Does Apgar determine when neonatal resuscitation should stop?

No. Current 2025 AHA/AAP guidance considers the complete resuscitation course and clinical context. If no heart rate is detected despite all recommended resuscitation steps by around 20 minutes, goals-of-care discussions may be considered by the clinical team and family.

Can parents calculate an Apgar score at home?

It is not intended as a home newborn assessment. The score is assigned by trained professionals immediately after birth.

Can an Apgar score be calculated before birth?

No. Its components are observations of the newborn after delivery.

Can my due date predict my baby’s Apgar score?

No. Pregnancy dating and post-birth Apgar assessment measure completely different things.

Why does the hospital record two Apgar numbers?

The first commonly represents the 1-minute score and the second the 5-minute score, such as “Apgars 7 and 9.”

What does Apgar 6/9 mean?

It commonly means a score of 6 at 1 minute and 9 at 5 minutes, indicating improvement in the scored clinical findings.

Is an Apgar score of 10 required for a healthy newborn?

No. A score of 7–10 at 5 minutes is described as reassuring, and minor color findings can prevent an otherwise vigorous infant from receiving 10.

How accurate is an Apgar score calculator?

The addition is exact when the five component scores are entered correctly. Clinical accuracy depends on correct real-time observation by trained personnel, and the total has important diagnostic and prognostic limitations.

Sources and review

The Apgar Score — American Academy of Pediatrics and American College of Obstetricians and Gynecologists. Accessed 2026-09-01.
Expanded Apgar Score Form — American Academy of Pediatrics. Accessed 2026-09-01.
Neonatal Encephalopathy and Neurologic Outcome, Second Edition — American Academy of Pediatrics / American College of Obstetricians and Gynecologists. Accessed 2026-09-01.
2025 AHA/AAP Guidelines — Part 5: Neonatal Resuscitation — American Heart Association and American Academy of Pediatrics. Accessed 2026-09-01.
2025 Neonatal Life Support Consensus on Science With Treatment Recommendations — International Liaison Committee on Resuscitation / American Academy of Pediatrics. Accessed 2026-09-01.

Reviewed 2026-09-01 by Dr Akawak Ejigu, DBA.

Clinical context matters