Guideline 1.1 — Delivery Room Stabilization & Resuscitation

BEDSIDE ACTION BOX — First 60 Seconds

Start a timer, confirm the infant, and maintain normothermia.
Ask: term or preterm, tone, breathing/crying, and heart rate.
If not breathing, gasping, or HR <100/min after initial steps, begin PPV without delay.
The main lifesaving intervention is effective lung ventilation; a rising heart rate is the key sign that ventilation is working.
Call for help early and escalate to an alternative airway, compressions, epinephrine, and volume only when indicated.

1. Overview & Definition

Overview

Delivery room stabilization is the organized transition from fetal to neonatal life. Most newborns need only warmth, positioning, drying, and observation; a smaller group needs respiratory support, and a very small group needs advanced resuscitation. The practical goal is to create an efficient, calm, and reproducible response that establishes ventilation, supports circulation, prevents hypothermia, avoids hyperoxia, and protects the family experience.

Why This Topic Matters

Delay in effective ventilation is one of the most preventable causes of early neonatal deterioration. The delivery team must anticipate high-risk births, prepare equipment, assign roles, and use a stepwise algorithm. The priorities are airway positioning, effective PPV, oxygen titration using preductal saturation, temperature control, rapid escalation when heart rate remains low, and clear post-event communication.

Definition

Neonatal delivery room resuscitation is the assessment and support of breathing, oxygenation, heart rate, perfusion, and temperature during the first minutes after birth. Stabilization includes routine care, CPAP, PPV, advanced airway placement, chest compressions, emergency medications, volume expansion, and transfer to NICU when required.

2. Key Clinical Points

Board-Level Essentials

Every birth needs at least one person whose only responsibility is the newborn and who can provide PPV.
Prepare for high-risk deliveries with a full team, role assignment, functional equipment, oxygen blender, suction, temperature tools, airway devices, emergency access supplies, and medication dosing plan.
For vigorous infants, defer cord clamping when safe. For infants needing urgent resuscitation, ventilation takes priority.
Avoid routine tracheal suction for meconium-stained fluid; intubate for suction only when airway obstruction is suspected and PPV is ineffective.
Initial oxygen is usually 21% for infants ≥35 weeks and 21–30% for infants <35 weeks, with titration to preductal SpO₂ targets.
A spontaneously breathing preterm infant with respiratory distress should usually start with CPAP rather than routine intubation.
Chest compressions are used only after effective ventilation has been established and HR remains <60/min.
Epinephrine is indicated when HR remains <60/min after effective ventilation and 60 seconds of coordinated compressions, preferably via IV or IO access.

PRE-BIRTH HUDDLE — Checklist

Review gestational age, fetal condition, maternal risks, anomalies, resuscitation limits, and cord plan.
Assign roles: team leader, airway/PPV, HR monitor, documentation/timekeeper, medications/access, parent communicator.
Check warmer, suction, blender, T-piece/bag, masks, CPAP, intubation, LMA, CO₂ detector, UVC/IO, epinephrine, normal saline, and blood availability when indicated.
For extremely preterm infants, warm room, activate thermal mattress, prepare plastic wrap/bag, prewarmed transport incubator, surfactant, and gentle ventilation strategy.

3. Risk Factors

Risk Factor	Why It Matters	Clinical Action
Preterm birth, especially <35 weeks	Immature respiratory drive, surfactant deficiency, heat loss, and higher CPAP/PPV needs.	Pre-brief team; prepare plastic wrap/bag, hat, thermal mattress, blender, CPAP/PPV device, and intubation supplies.
Abnormal fetal heart tracing or suspected hypoxia	Higher risk of depression at birth and need for ventilation.	Assign experienced airway provider and prepare for rapid PPV, ECG, and escalation.
Maternal chorioamnionitis/sepsis or fever	Respiratory depression, poor transition, and early sepsis risk may coexist.	Prepare resuscitation team and plan post-stabilization sepsis evaluation per local policy.
Meconium-stained fluid	Airway obstruction is uncommon but possible; pulmonary disease can follow.	Do not perform routine tracheal suction; prioritize ventilation and suction only for suspected obstruction.
Cesarean delivery before labor or <39 weeks	Delayed lung fluid clearance and transient tachypnea are more likely.	Prepare for respiratory support; consider brief CPAP for distress if criteria are met.
Multiple gestation	Higher rates of prematurity, growth restriction, and birth complications.	Ensure one team per infant; prepare separate resuscitation stations.
Known congenital anomaly (CDH, abdominal wall defect, hydrops, CHD)	Standard routine steps may be harmful or insufficient.	Use anomaly-specific plan, specialist huddle, and senior attendance.
Placental abruption, vasa previa, fetal-maternal hemorrhage	Hypovolemia and anemia may limit response to ventilation.	Prepare IV/IO/UVC access and emergency blood if shock or severe anemia suspected.

4. Clinical Presentation & Severity

Severity	Clinical Findings	Concern / Next Step
Routine transition	Good tone, breathing or crying, HR ≥100/min, improving color.	Routine care, warmth, delayed cord clamping if safe, skin-to-skin, ongoing observation.
Mild respiratory difficulty	Breathing but grunting, flaring, retractions, or oxygen saturation below expected transition range.	Needs airway positioning, pulse oximetry, possible CPAP or oxygen titration.
Apnea/gasping or HR <100/min	Absent or inadequate respirations, poor tone, bradycardia.	Needs PPV immediately; ventilation effectiveness is judged by HR rise and chest movement.
Persistent HR <60/min despite effective ventilation	Severe bradycardia after 30 seconds of PPV that moves the chest.	Needs advanced airway if not already placed, 100% oxygen, and coordinated chest compressions.
No response after compressions	HR remains <60/min after 60 seconds of compressions with effective ventilation.	Needs IV/IO epinephrine while compressions continue; reassess ventilation, tube position, pneumothorax, and hypovolemia.

Bedside Diagnosis / Assessment Findings

Finding	Interpretation	Next Step
HR rises quickly with PPV	Ventilation is effective and circulation is responding.	Continue PPV until spontaneous breathing is adequate; titrate oxygen.
HR does not rise and chest does not move	Ventilation is ineffective — leak, obstruction, poor position, or insufficient pressure.	Perform MR SOPA corrective steps; consider two-person mask technique and alternative airway.
HR does not rise despite chest movement	Ventilation may need more time, but severe disease, airway issue, or circulatory problem may exist.	Continue effective PPV for 30 seconds; reassess; prepare advanced airway and escalation.
Colorimetric CO₂ detector does not change after intubation	Tube may be misplaced, ventilation may be ineffective, or pulmonary blood flow very low.	Check chest movement, bilateral breath sounds, tube depth, ECG HR; consider circulatory failure.
Sudden deterioration after intubation	Possible displaced tube, obstructed tube, pneumothorax, or equipment failure.	Use DOPE check: Dislodgement, Obstruction, Pneumothorax, Equipment.
Organized ECG without pulses/heart sounds	Possible pulseless electrical activity.	Treat as cardiac arrest: ventilation, compressions, epinephrine, reversible Hs and Ts.
SpO₂ remains low despite good ventilation	Consider oxygen titration, pneumothorax, CHD, or PPHN.	Increase FiO₂ carefully, chest X-ray when feasible, cardiac evaluation if CHD suspected.
Persistent bradycardia after corrective steps and compressions	Epinephrine is indicated.	Give epinephrine IV/IO; continue compressions and ventilation; reassess HR after each dose.

5. Management

Umbilical Cord Management

Infant Group	Preferred Approach	When to Avoid / Change	Practical Note
Vigorous term or preterm infant	Defer cord clamping when safe, commonly 30–60 seconds or longer depending on local protocol.	Maternal emergency, placental circulation not intact, or infant needs urgent resuscitation.	Provide warmth and gentle stimulation during the delay when feasible.
<28 weeks GA	Defer cord clamping only if feasible and safe.	Avoid umbilical cord milking — concern for severe IVH.	Coordinate closely with obstetrics and keep the infant warm.
28–34 weeks GA when DCC not feasible	Cord milking may be considered if infant does not need immediate resuscitation.	Avoid if unstable or immediate ventilation is needed.	Evidence is weaker than for DCC; follow local policy.
≥35 weeks GA non-vigorous when DCC not feasible	Intact cord milking may be reasonable in selected infants.	Do not delay urgent ventilation when resuscitation is clearly needed.	Discuss with obstetrics team and document the decision.
Known CDH or surgical/anomaly cases	Usually immediate neonatal stabilization plan takes priority.	DCC may be contraindicated depending on anomaly.	Use antenatal multidisciplinary plan.

Thermal Management

Infant	Thermal Strategy	Target
Term or ≥32 weeks	Dry thoroughly, remove wet linen, cover with warm dry towels, use radiant warmer if resuscitation needed.	Axillary temperature 36.5–37.5°C.
<32 weeks or very low birth weight	Do not dry the body; place in polyethylene wrap/bag to neck, dry head, apply hat, use radiant warmer; add thermal mattress and humidified gases when available.	Prevent hypothermia and hyperthermia.
Extremely preterm / periviable	Pre-warm room when possible, activate thermal mattress, minimize handling, secure plastic wrap, and monitor temperature early.	Stable transition without cold stress or overheating.

Respiratory Support & Oxygen

Clinical Situation	Recommended Action	Important Notes
Infant ≥35 weeks requiring PPV	Start with 21% oxygen and titrate using preductal SpO₂.	Avoid hyperoxia; use 100% oxygen only when compressions are needed.
Infant <35 weeks requiring PPV	Start with 21–30% oxygen; extremely preterm infants may require higher oxygen based on local policy and response.	Titrate to NRP preductal saturation targets.
Spontaneously breathing preterm infant with respiratory distress	Begin CPAP rather than routine intubation when feasible.	For <32 weeks, CPAP at warmer is often used immediately; optimize seal and positioning.
Apnea, gasping, or HR <100/min	Begin PPV with PEEP if available; ensure mask seal and chest movement.	Initial PIP often 20–25 cm H₂O; term infants may need higher opening pressure. Avoid excessive pressure in preterm infants.
Ineffective PPV	Use MR SOPA: Mask adjustment, Reposition airway, Suction, Open mouth, Pressure increase, Alternative airway.	A rising HR is the best marker of success.
Need for alternative airway	Place ETT or LMA based on provider skill, gestation, weight, and situation.	ETT preferred when compressions needed or CDH present. LMA is a rescue option for larger/near-term infants.
Meconium-stained fluid without response to PPV	Intubate and suction only if obstruction is suspected and PPV is not effective.	Routine tracheal suction is not recommended for vigorous or non-vigorous infants.

Preductal SpO₂ Targets During Transition (NRP)

Time After Birth	Typical Target Range / Practical Goal
2 minutes	About 65% or above; use local NRP target table.
5 minutes	About 85% or trending appropriately.
10 minutes	About 90% and avoid persistent saturation >95% on supplemental oxygen.

Circulatory Resuscitation — Chest Compressions

Step	Action	Clinical Check
Before compressions	Ensure effective ventilation; preferably secure an advanced airway if HR remains <60/min.	Do not compress before lung inflation is effective.
Compressions	Use two-thumb encircling technique over lower third of sternum; compress one third AP chest diameter.	Coordinate 3 compressions to 1 ventilation: 90 compressions and 30 breaths/min.
Oxygen during compressions	Increase FiO₂ to 100%.	Wean promptly once HR recovers.
Reassessment	After about 60 seconds of coordinated compressions with effective ventilation, check HR.	If HR remains <60/min, give epinephrine and continue compressions.
Search for causes	Check airway/tube/equipment; consider pneumothorax, hypovolemia, severe acidosis, congenital anomaly, arrhythmia, or electrolyte problem.	Use DOPE and Hs/Ts to avoid missing reversible causes.
ECG monitoring	Use 3-lead ECG when available; gives faster and more accurate HR than pulse oximetry during resuscitation.	Do not delay ventilation to attach ECG.

6. Medication Table

Important Safety Note

Medication doses must be checked against the current NRP textbook, local medication charts, neonatal pharmacy guidance, and institutional policy before clinical use.

Medication / Fluid	Dose	Indication	Monitoring	Notes / Cautions
Epinephrine 1:10,000 (0.1 mg/mL)	IV/IO: 0.01–0.03 mg/kg = 0.1–0.3 mL/kg. Many protocols use 0.2 mL/kg initially. Repeat every 3–5 min if HR remains <60/min.	HR <60/min after effective ventilation and 60 sec coordinated compressions.	ECG HR, pulse/heart sounds, perfusion, glucose after stabilization.	IV/IO preferred. Follow with saline flush per local protocol. ET route is less reliable and should not delay vascular access.
Epinephrine via ETT	0.05–0.1 mg/kg = 0.5–1 mL/kg of 1:10,000 while IV/IO access is being obtained.	Temporary route only if no IV/IO/UVC access yet.	Response in HR; prepare IV/IO access urgently.	Absorption unpredictable; repeated ET dosing is generally discouraged.
Normal saline 0.9%	10 mL/kg IV/IO/UVC, usually over 5–10 min; slower in very preterm infants unless profound shock.	Shock, suspected acute blood loss, or poor response despite ventilation/compressions.	HR, perfusion, BP, response, signs of fluid overload.	Do not give routinely; rapid volume in preterm infants may increase IVH risk.
O negative packed RBCs / emergency blood	10 mL/kg initial aliquot per local massive hemorrhage/neonatal transfusion protocol.	Suspected severe fetal hemorrhage, abruption, vasa previa, pallor/shock, or severe anemia.	Perfusion, HR, BP, hemoglobin/hematocrit, temperature, potassium if large transfusion.	Use emergency blood process; avoid delay when hemorrhagic shock is likely.
Dextrose 10% (D10W)	Common rescue dose 2 mL/kg IV; some local guidelines use 2.5 mL/kg slowly.	Documented or strongly suspected hypoglycemia after stabilization or prolonged resuscitation.	Bedside glucose early and repeated until stable.	Avoid extravasation; follow with GIR-containing fluids if ongoing risk.
Sodium bicarbonate	Not routine. Some protocols: 1–2 mmol/kg IV only after ventilation and circulation are established and severe metabolic acidosis persists.	Rare selected cases after senior review.	Blood gas, sodium, osmolality, ventilation status.	Avoid rapid administration; never via ETT; can worsen CO₂ burden and may increase IVH risk in preterm infants.

Baylor Ch 1.1 — Cord Management, CPAP First, Pressures and Doses

Gestation (Baylor Table 1-1)	Vigorous infant	Vigorous, but delayed clamping not possible	Non-vigorous infant
<28 weeks	Delayed clamping	Early clamping	Early clamping
28–34 weeks	Delayed clamping	Cord milking may be reasonable	Early clamping
35–42 weeks	Delayed clamping	Cord milking	Cord milking
Never milk the cord below 28 weeks — the risk of severe IVH rises (strong recommendation).

Getting delayed clamping right

Agree the plan with obstetrics as one of the four pre-birth questions.
Delay at least 30–60 s in vigorous newborns. Term and preterm infants get less anemia; preterm infants also show better survival and need blood-pressure support less often.
Do the initial steps during the delay — stimulation, warmth, assessment of breathing and tone. All routine resuscitation measures can be given with the cord intact.
The timing works: the average time to the first breath is 30–40 s, so 20–30 s of stimulation by the obstetric provider usually produces a cry and the delay can run the full 60 s.
Cord milking is the fallback when delayed clamping is impossible. Against early clamping in non-vigorous infants at 35–42 weeks it gave higher hemoglobin, less delivery-room support, less moderate-to-severe HIE and less therapeutic hypothermia; against delayed clamping in vigorous 28–32-week infants it did not increase severe IVH.

Oxygen and CPAP

Starting oxygen: 21% at ≥35 weeks; 21–30% below 35 weeks, then titrate to the NRP saturation targets. Preterm infants often need transiently more oxygen until the lung is recruited.
A high oxygen requirement alone is not a reason to intubate in the delivery room — surfactant can wait until NICU admission.
Below 35 weeks: CPAP first with rescue surfactant beats intubation plus prophylactic surfactant for preventing BPD, and infants from 24 weeks can be stabilized on CPAP alone.
- All infants <32 weeks go on CPAP immediately on arrival at the warmer; 32–34 weeks if there is distress.
- The NRP initial steps, including heart rate, can be done on CPAP, alternating with PPV until breathing is consistent.
- CPAP fails in up to 50%, so optimizing delivery must continue into the NICU, not stop at the door.
At ≥35 weeks the differential is wider — TTN, poor recruitment and spontaneous pneumothorax rather than RDS. Two RCTs show 20 min of CPAP at 5 cmH₂O for suspected TTN cuts NICU admissions, but delivery-room CPAP is also associated with more pneumothoraces, especially at ≥39 weeks and in infants needing no oxygen (weak recommendation, low-to-moderate certainty).

Positive pressure ventilation	Baylor numbers
Starting pressures	PEEP 5, PIP 25 cmH₂O (Ed. 33 changed this from a 20–25 range to a single starting PIP)
Maximum PIP	40 cmH₂O at term; 30 cmH₂O preterm
Devices	T-piece lets you set PIP and PEEP. With a flow-inflating or self-inflating bag, watch the manometer — never judge by the “feel” of compliance.
Judging effectiveness	A rising heart rate is the single best indicator. Not rising after 15 s → check chest rise. Not rising but chest moving → keep going; give a full 30 s of chest-moving PPV before changing course. Not rising and no chest movement → ventilation is ineffective → MR SOPA. Usual culprits: mask leak, obstruction (neck position, secretions, closed glottis), too little pressure.
End-tidal CO₂ detector	Placed between mask and device it confirms ventilation (yellow on exhalation). Purple or blue despite good chest rise can mean circulatory failure, not failed ventilation.
Alternative airway	No chest rise, no exhaled CO₂ or no heart-rate response → ETT or laryngeal mask. NRP advises ECG monitoring once an alternative airway is needed. A Cochrane review found the laryngeal mask as effective as bag-mask, with shorter resuscitation and less intubation (weak recommendation, low-to-moderate certainty).
Meconium	No routine intubation. If the infant is not responding to PPV and obstruction is suspected, intubate and use a meconium aspirator — suction only after PPV through the tube has failed to improve things.
Sudden deterioration after intubation	DOPE — dislodged tube, obstructed tube, pneumothorax, equipment failure

Compressions and drugs

Secure an alternative airway before starting compressions — effective ventilation comes first, and coordinating compressions with a face mask is difficult.
Ratio 3:1. It takes about a minute of compressions to build coronary perfusion pressure, so minimize interruptions — pause only to read the ECG.
If 60 s of compressions leaves the heart rate below 60, give epinephrine IV or IO while compressions continue: 0.2 mL/kg (range 0.1–0.3 mL/kg) of the 1 mg/10 mL concentration.
Flush with 3 mL of normal saline — the same volume at every weight and gestation. Animal data show this delivers the drug to the heart and improves return of circulation.
Volume is not routine. Give it for shock or known blood loss — a large load into an injured heart worsens output. Normal saline for acute hypovolemia; packed cells when severe anemia is suspected.

7. Monitoring

Parameter	Frequency	Target / Concern	Action if Abnormal
Heart rate	Continuously by ECG when available; auscultate frequently during resuscitation.	HR ≥100/min reassuring; HR <100/min needs ventilation; HR <60/min after ventilation is critical.	Optimize ventilation first; escalate according to algorithm.
Breathing and chest movement	Every intervention cycle, at least every 30 seconds.	Visible chest movement with PPV; spontaneous breathing sustained before discontinuing PPV.	MR SOPA, increase support, alternative airway.
Preductal SpO₂	Attach to right hand/wrist when PPV, oxygen, cyanosis, or resuscitation anticipated.	Progressive rise according to transition targets; avoid excessive oxygen.	Titrate FiO₂. Increase to 100% during compressions; reduce when HR recovers and SpO₂ high.
Temperature	At admission and early after resuscitation; continuously if prolonged stabilization.	36.5–37.5°C unless therapeutic hypothermia is planned.	Use wrap, hat, warmer, mattress, humidified gases; avoid overheating.
Glucose	Early after prolonged PPV, intubation, compressions, epinephrine, or high-risk birth.	Avoid hypoglycemia after stress/asphyxia.	Treat per neonatal hypoglycemia protocol and continue monitoring.
Blood gas / lactate	After NICU admission if advanced resuscitation or persistent distress.	Acidosis, ventilation failure, hypoxemia, lactate elevation.	Adjust respiratory/hemodynamic support; consider HIE evaluation if criteria met.
CO₂ detector / tube confirmation	Immediately after intubation; continue during resuscitation.	Color change confirms exhaled CO₂; assess with chest movement, breath sounds, and HR response.	If no color change and no chest movement, tube is likely misplaced — remove and reventilate.
Documentation	Real-time if possible; complete immediately after event.	Accurate timing of events, HR responses, interventions, doses, cord time, Apgars.	Debrief team and communicate with parents.

8. Complications

Complication	Timing	Prevention / Management
Hypothermia or hyperthermia	Immediate to early NICU admission	Use planned thermal bundle; monitor temperature; avoid over-warming.
Air leak / pneumothorax	During PPV/CPAP or after intubation	Avoid excessive pressure; suspect with deterioration, asymmetric breath sounds, poor response.
Hyperoxia or oxidative injury	During oxygen therapy	Use blender and preductal pulse oximetry; wean oxygen when targets exceeded.
IVH risk in extremely preterm infant	First days, with risk during traumatic transition	Avoid cord milking <28 weeks, rapid volume, hypertonic fluids, excessive pressure, and rough handling.
Hypoglycemia after resuscitation	Early post-resuscitation	Check glucose early and treat promptly.
HIE / post-asphyxia injury	Hours after delivery room resuscitation	Identify moderate-severe encephalopathy early; avoid hyperthermia; initiate cooling protocol when indicated.
Tube malposition or obstruction	After intubation or during transfer	Confirm ETT with CO₂, auscultation, tube depth, and clinical response; use DOPE if deterioration.
Family distress and poor communication	Immediately and later	Assign communicator, explain facts compassionately, and offer debrief.

9. Special Situations

Situation	Delivery Room Plan
Extremely preterm / periviable birth	Use antenatal counseling, shared decision-making, gentle handling, thermal bundle, early CPAP or intubation/surfactant depending on center policy and infant status, and senior team leadership. Chest compressions and epinephrine may be considered in context of goals of care, prognosis, and response.
Meconium-stained amniotic fluid	Do not perform routine intubation or suction. Start standard resuscitation. If PPV fails and obstruction is suspected, intubate and clear the airway.
Congenital diaphragmatic hernia (CDH)	Avoid bag-mask ventilation when diagnosis known. Intubate early, place gastric decompression tube, use gentle ventilation, and transfer to NICU with PPHN/CDH plan.
Known duct-dependent congenital heart disease	Avoid unnecessary oxygen after stabilization because high oxygen can lower PVR and contribute to ductal constriction; target saturations should be lesion-specific after cardiology input. Start PGE when indicated.
Hydrops fetalis or massive effusions/ascites	Prepare for airway, ECG, vascular access, thoracentesis/paracentesis kits, and senior procedural support. Drain effusions if ventilation is limited.
Abdominal wall defect	Protect exposed bowel with sterile covering/bag, avoid excessive PPV if possible, place Replogle, obtain IV access, and position to prevent vascular compromise.
Suspected major fetal-maternal hemorrhage	Prepare emergency blood and volume; recognize pallor and shock pattern; give O-negative pRBCs promptly if hemorrhagic shock.
Resource-limited setting	Prioritize trained staff, warm environment, functional self-inflating bag/mask, suction, skin-to-skin/KMC for thermal protection, and timely referral/transfer when advanced support is required.

Handling Conflicting Evidence / Practice Variation

Clinical Question	Source Pattern	Practical Interpretation
How long should cord clamping be deferred?	Some sources use 30–60 seconds; others recommend at least 60 seconds for stable infants.	Use local obstetric/neonatal policy. For stable infants, longer delay is generally favored when safe; urgent ventilation should not be delayed.
Should cord milking be used?	Evidence supports selected use in ≥35 weeks non-vigorous or 28–34 weeks when DCC cannot be done, but not <28 weeks.	Avoid cord milking below 28 weeks. For older infants, use only if team trained and local policy supports it.
CPAP in term/late preterm infants with distress	Brief CPAP may reduce admission for suspected TTN, but some studies associate delivery-room CPAP with pneumothorax.	Use CPAP selectively, with careful assessment, lowest effective pressure, monitoring, and escalation plan.
Sodium bicarbonate in resuscitation	Older protocols include it; modern NRP-focused guidance discourages routine early use.	Do not use routinely. Consider only after effective ventilation/circulation and senior review for persistent severe metabolic acidosis.
Periviable resuscitation thresholds	Practice varies by country, center outcomes, fetal risk factors, and parental goals.	Use antenatal counseling, local viability framework, and individualized best-interest decision-making.

10. Practical Bedside Algorithm

Before Birth

Risk-assess pregnancy and labor, call appropriate team, assign roles, check equipment, warm environment, and confirm cord plan.

At Birth

Start clock, keep warm, assess tone/breathing/HR, and perform deferred cord clamping when safe.

Initial Steps

Position airway, dry or wrap depending on gestation, stimulate gently, clear secretions only when obstructing, and reassess quickly.

If breathing and HR ≥100/min

Routine care or CPAP/oxygen if distress or saturation concern; continue observation and family bonding when safe.

If apnea/gasping or HR <100/min

Start PPV with appropriate mask, PEEP if available, and oxygen appropriate for GA. Look for chest movement and rising HR.

If HR not rising after 15 seconds

Assess chest movement. If no chest movement, perform MR SOPA and optimize ventilation. Use two-person technique early.

After 30 seconds of effective PPV

If HR ≥100/min → continue until breathing effective. If HR 60–99/min → continue PPV and troubleshoot. If HR <60/min → secure airway, increase FiO₂ to 100%, and start compressions.

After 60 seconds of compressions + ventilation

If HR remains <60/min → give IV/IO epinephrine and continue coordinated CPR. Repeat epinephrine every 3–5 minutes if needed.

If poor response persists

Re-check tube/device/equipment; consider pneumothorax, hypovolemia/anemia, severe acidosis, CDH, hydrops, arrhythmia, electrolyte abnormality, or congenital anomaly.

After Stabilization

Wean oxygen, secure airway/support, transfer to NICU, monitor temperature/glucose/gas, document, update parents, and debrief team.

11. Common Mistakes

Common Mistake	Why It Is Harmful	Better Approach
Delaying PPV while trying repeated stimulation or pulse oximetry setup.	Apneic infants deteriorate quickly and bradycardia is usually ventilation-related.	Start PPV promptly when not breathing/gasping or HR <100/min.
Starting chest compressions before ventilation is effective.	Most neonatal bradycardia is caused by inadequate lung aeration; compressions without ventilation rarely help.	Confirm chest movement and improve ventilation before compressions.
Using visual color to guide oxygen.	Color assessment is inaccurate and can lead to hyperoxia or hypoxia.	Use right-hand preductal pulse oximetry and NRP targets.
Poor mask seal or neck flexion/extension.	Ineffective ventilation delays HR recovery.	Use neutral/sniffing position, correct mask, two-person seal, and MR SOPA.
Routine intubation for meconium-stained fluid.	Delays ventilation and is not recommended unless obstruction is suspected.	Ventilate first; intubate only if PPV ineffective and obstruction suspected.
Excessive PIP in preterm infant.	Increases risk of lung injury and air leak.	Use the lowest pressure that moves chest and improves HR; escalate carefully.
Not documenting event timing and doses.	Creates clinical and medicolegal uncertainty and weakens quality improvement.	Use a timekeeper and complete documentation immediately after event.

12. Teaching Points

Heart rate is the fastest sign that the infant is improving; oxygen saturation rises more slowly during normal transition.
Ventilation is the treatment for most delivery-room bradycardia.
Do not proceed to compressions until ventilation has been optimized.
A CO₂ detector confirms exhaled CO₂, but very poor pulmonary blood flow can give a weak or absent color change despite correct tube placement.
Preterm resuscitation is about gentle transition: warmth, lung protection, oxygen titration, and avoiding unnecessary intubation when CPAP is working.
Resuscitation is a team procedure; role clarity and closed-loop communication reduce errors.

HIGH-YIELD BOARD SUMMARY

Prepare before birth: trained staff, equipment, roles, cord plan, and thermal plan.
Support transition with warmth, airway position, and gentle stimulation.
Use DCC for stable infants when safe; avoid cord milking <28 weeks.
Start PPV for apnea/gasping or HR <100/min; effective ventilation is confirmed by rising HR.
Use CPAP first for spontaneously breathing preterm infants with respiratory distress when feasible.
Start compressions only when HR remains <60/min after effective ventilation; give epinephrine if HR remains <60/min after compressions.
After stabilization, monitor glucose, temperature, oxygenation, ventilation, and document/communicate clearly.

Family Communication

Suggested Parent Explanation After Stabilization

"Your baby needed help with breathing right after birth. The team gave breathing support and watched the heart rate closely."
"The heart rate improved after support. We are moving your baby to the NICU for close monitoring and continued care."
"We will keep you updated, explain each step, and help you see or touch your baby as soon as it is safe."

13. References

1. American Heart Association and American Academy of Pediatrics. Part 5: Neonatal Resuscitation. 2025 Guidelines for Cardiopulmonary Resuscitation and Emergency Cardiovascular Care. cpr.heart.org
2. American Academy of Pediatrics and American Heart Association. Textbook of Neonatal Resuscitation, 8th edition. AAP; 2021. shop.aap.org
3. Baylor College of Medicine, Division of Neonatology. Guidelines for Acute Care of the Neonate, Edition 33, 2025–2026. Source reviewed for topic order and local practice details.
4. Bedside Clinical Guidelines Partnership and West Midlands Perinatal Network. Neonatal Guidelines 2025–28. Source reviewed for comparative resuscitation, DCC, thermoregulation, and medication guidance.
5. Ministry of Health Belize. Neonatal Clinical Practice Guidelines 2018–2021. Source reviewed for equipment, MR SOPA, PPV, medication, and resource-limited practice details.
6. International Liaison Committee on Resuscitation. International Consensus on CPR and ECC Science With Treatment Recommendations: neonatal life support updates. costr.ilcor.org
7. Resuscitation Council UK. Newborn resuscitation and support of transition of infants at birth. resus.org.uk

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Chapter 1.1 — Early Stabilization and Resuscitation in the Delivery Room