the magical hour: why does it matter?...golden hour of trauma • borrowed from emergency/trauma...
TRANSCRIPT
The Magical Hour: Why does it Matter?
Nicole Thompson-Bowie, NNP
NeonatalTrack
9/14/2016
Objectives
• Define the Golden Hour and its
History
• Review practices that can aid in
better outcomes for VLBW infants
• Explain ways for implementing
successful Golden Hour protocol
Golden Hour of Trauma
• Borrowed from emergency/trauma
medicine
• 1st 60 minutes following a multi-system
trauma. It is believed that the victims
chances of survival are greatest if he/she
receives definitive care within that 1st
hour
• taken from US military wartime experience 3R‘s Rule
Right patient
Right place
Right time
The Golden Hour of Neonatology • 1st hour of life is critical to
neonate
• Initial management can have
SIGNIFICANT impact on long
term complications
Why does the 1st hour Matter?
• Physiologic Transitional
changes
– lung expansion
– circulatory changes
– fluid balance
– metabolic independence
NICU Admission Issues • chaotic environment
• susceptible to errors and miscommunication
• requires teamwork
• SUCCESS contingent on:
• teamwork
• good communication
• medical knowledge
• clinical skills
VLBW Infants
• <1500 grams
• higher risk for mortality and
morbidities • surfactant deficiency
• poor thermal control
• poor energy stores
• susceptible to IVH
• born after complicated delivery
Goal of the Golden Hour • Evidence shows that
management in the delivery
room and NICU has significant
effect on infant morbidity and
mortality in VLBW population.
1. Utilizing team approach
2. Ensuring time awareness
3. Performing key interventions
Minimize Complications Long Term
Complications
Short Term
Complications
O ROP: Retinopathy of Prematurity
O CLD: Chronic Lung Disease
O IVH: Intraventricular Hemorrhage
O Developmental Delay
O Death
O Hypothermia
O Hypoglycemia
O Decreased LOS
2 Core Components Labor and Delivery NICU
O
Antenatally
• Neonatal Consult
• Antenatal transfer (if warranted)
• Antenatal corticosteroids
(Celestone)
• Antenatal MgSO4 for neuro-
protection
• Delivery room preparation
thermoregulation
respiratory
IV access
and fluid
Antibiotics Euglycemia
Circulation
Developmental
Key Things to Accomplish in that 1st Hour
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2 Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibiotics
7. Cardiovascular Stabilization
1. Thermoregulation • Cold stress can increase respiratory and
metabolic acidosis, inactivate surfactant,
increase hypoglycemia and can cause
DEATH
• Infants born to febrile mothers have a higher
incidence of seizures, cerebral palsy and
death
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2 Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibioitcs
7. Cardiovascular Stabilization
Hypothermia is
PREVENTABLE
Preventing Cold Stress Strategies
• Warm Delivery room to 77 degrees
• Place wet baby in polyethylene bag
• Cover head with wool cap or polyethylene
cap
• Utilize chemically activated gel mattress
• Warmed and humidified ventilators and
isolettes
• Warm blankets
2. Reduce IVH Risk • Poor cerebral blood flow Auto-regulation and fragile
germinal matrix vasculature infant at risk high
risk for IVH
• 99% happen in 1st 72 hours
50% happen in 1st 24 hours
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2 Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibioitcs
7. Cardiovascular Stabilization
What can
we do??
- Delayed Cord Clamping
- Minimal touch
- Keep head Midline for
72 hours
Delayed Cord Clamping (DCC)
• Current ACOG and NRP recommendations
are….” to perform DCC for 30-60 seconds
for stable premature infant.
First “stem Cell” transfusion ~15 ml/kg
• Decrease IVH risk by ~ 50% • Decreases risk of late onset sepsis
• Reduces # of blood transfusions and NEC risk
• Improved hemodynamics
• Not the same as cord milking !!
Another thing very injurious
to the child is tying and
cutting the naval string too
early. It should always be
left behind till the child has
breathed and pulsation in
the cord ceases.
Erasmus Darwin,
1801
Minimize IVH risk
3. Respiratory Issues
• VLBW infants are at high risk for RDS,
CLD and ROP
• Must provide adequate
– VENTILATION and OXYGENATION
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2 Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibioitcs
7. Cardiovascular Stabilization
Respiratory Strategies
• Early CPAP Use
• Surfactant within 1 hour of life if
intubated
• Use of T Piece resuscitator
• Prevent lung trauma
• Avoid oxygen toxicity
Minimize CLD, ROP
Respiratory Issues • Oxygen toxicity is harmful to all infants.. but esp
VLBW infant from as early as in the DELIVERY
ROOM
• Resuscitation with low O2 has proven to reduce
Chronic lung disease
• Pulse oximetry
• Targeted Pre-ductal Saturations
• Start at 21-100% from in the DR
Minimize ROP
4. Glucose Stability • Glucose nadir happens ~ 30-60 min of life in SICK
preterm infant
• Check accucheck within 30 min of life
• Dextrose infusion started by 30 minutes of life
• Prevent hypoglycemia
• BEWARE of: asphyxiated, IDM or IUGR infants
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2 Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibioitcs
7. Cardiovascular Stabilization
5. Fluid & Protein Administration • #1 GOAL Place IV access in 15-30 min of
delivery and run fluid with dextrose component • IV versus umbilical line placement
• #2 GOAL Should have protein administration (Starter TPN) within 2 hours of life avoid catabolism and tissue destruction for energy
6. Antibiotic Administration
• VLBW infant with risk factors for sepsis have
an increased mortality and morbidity risk
• GOAL IV antibiotics in within 1 hour of life
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2
Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibioitcs
7. Cardiovascular Stabilization
7. Cardiovascular stabilization
• Rarely are infants affected by acute delivery
blood loss needing volume replacement
• Difficult to assess “normal” BP
• Infant should be normotensive by 1 hour of life
• check BP as well as perfusion !!
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2
Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibioitcs
7. Cardiovascular Stabilization
1. Maintain Thermoregulation 36.5-37.5
2. Reduce IVH Risk
3. Provide Adequate Respiratory Support & O2 Use
4. Maintain Euglycemia
5. IV fluids and Protein Administration
6. Administration of antibiotics
7. Cardiovascular Stabilization
60 minutes and Counting …….
What does the Data Say??
• Compared 225 VLBW infant ~ 28 weeks and same weight…
• 106 no Golden hour
• 119 respected Golden Hour protocol
• RESULTS… statistical difference with significant improved short term outcomes in the Golden Hour group - Less Cold stress - Less episodes of hypoglycemia - 80% compliance with early protein and IVF
Implementation in your Unit
• Educate, Educate, Educate
• Enforce team-work…..multidisciplinary
effort
• Continued review of the literature
• Track the outcomes and areas for
improvement
Strategies to Use
• Simulation Based Learning
• Flow Diagrams
• Develop a Protocol
• Make it a Quality Improvement
Project
The One Hour APGAR 0 1 2
FiO2 >0.3 0.21-0.30 0.21
pCO2 <40 or >60 40-45
or 55-60
45-55
Temp <35 or >38 35-36 or
37.5-38
36-37.5
BP MAP < GA and
decreased
perfusion
MAP< GA or
Decreased
perfusion
MAP > GA and
normal
perfusion
Neuro Flaccid,
unresponsive
and/or seizures
Decreased tone
and reactivity
and/or irritibility
Normal tone
Reactivity
(+) activity
In Summary
• Goal of Golden Hour: give prompt medical
treatment in 1st 60 minutes of life to VLBW in
hopes to lessen mortality and morbidities
• 1. Standardize Care of VLBW infant
• 2. Prevent complications that may have long
term effects on neonates
• 3. Promote teamwork
thermoregulationn
respiratory
IV access
and fluid
Antibiotics Euglycemia
Circulation
Developmental
reduce IVH risk
Gentle handling
No rapid bolus
Head Midline 72 hrs
Watch CO2
reduce damage from
hypothermia Polyethylene bag or cap
Close monitoring of temp
reduce IVH risk Have normal BP by 1 hour of life
reduce hypoglycemia risk
IV access by 15-30 min of life
1st accucheck by 30 min of life
Dextrose infusion by 30 min of life
No need to wait for XRAY if UAC / UVC
placed
Antibiotics in by 1 hour
IV access within 15 min
Glucose infusion by 30 min
of life
GOAL !!! • Every Minute Counts!!!!!
Education and Ownership
= SUCCESS