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By Lisette Cartagena
WHAT IS SURFACTANT?
 Natural endogenous surfactant is
  a compound of
  phospholipids, neutral lipids, and
  proteins that forms a layer
  between the alveolar surface and
  the alveolar gas and reduces
  collapse by decreasing surface
  tension with the alveoli.
 Surfactant deficiency is almost
  always associated with the
  formation of hyaline membranes
  in the immature lung and the
  onset of respiratory distress
  syndrome (RDS).
INDICATIONS
 Prophylactic administration -
  Infants at high risk of
  developing RDS due to short
  gestation (<32 weeks) or low
  birthweight (<1,300g)

 Rescue or therapeutic
  administration – preterm or full-
  term infants who require
  endotracheal intubation and
  mechanical ventilation because
  of increased work of breathing
  and increasing oxygen
  requirements
CONTRAINDICATIONS

 The presence of congenital
  anomalies incompatible with
  life beyond the neonatal
  period

 Respiratory distress in infants
  with laboratory evidence of
  lung maturity
CUROSURF
 Curosurf is a pulmonary
  surfactant consisting of an
  extract of natural pig lung
  surfactant.
 It consists of 99% polar
  lipids and 1% hydrophobic
  low molecular weight
  proteins.
 Curosurf contains no
  preservatives.
Directions for Use
Curosurf should be inspected visually for discoloration prior to administration.
The color of Curosurf is white to creamy white. Curosurf should be stored in a
refrigerator at +2 to +8°C (36-46°F). Before use, the vial should be slowly
warmed to room temperature and gently turned upside-down, in order to
obtain a uniform suspension. DO NOT SHAKE.

                                         1. Locate the notch on the colored
                                         plastic cap.
                                         2. Lift the notch and pull upwards.
                                         3. Pull the plastic cap with the
                                         aluminum portion downwards.
                                         4 and 5. Remove the whole ring by
                                         pulling off the aluminum wrapper.
                                         6 and 7. Remove the rubber cap to
                                         extract content.
Administration equipment:
  - Syringe containing ordered dose of surfactant,
    warmed to room temperature
  - 5 French feeding tube or catheter, or endotracheal tube
    with delivery port
  - Mechanical ventilator or resuscitation bag
Resuscitation equipment:
  - Laryngoscope and endotracheal tube
  - Manual resuscitation bag and airway manometer
  - Blended oxygen source
  - Suction equipment to include catheters, sterile gloves,
    collecting bottle and tubing, and vacuum generator
  - Radiant warmer ready for use
Monitoring equipment:
  - Neonatal tidal volume monitor, if available
  - Airway pressure monitor
  - Pulse oximeter or transcutaneous PCO2
  - Cardiorespiratory monitor
Personnel – Surfactant replacement therapy should be
performed under the direction of a physician by credentialed
personnel which include nurses and respiratory therapists.
CUROSURF DOSING CHART
          INITIAL REPEAT                   INITIAL REPEAT
WEIGHT     DOSE      DOSE     WEIGHT         DOSE      DOSE
 (grams) 2.5mL/kg 1.25mL/kg   (grams)      2.5mL/kg 1.25mL/kg
           EACH DOSE (mL)                   EACH DOSE (mL)
600-650     1.60      0.80     1301-1350      3.30      1.65
651-700     1.70      0.85    1351-1400       3.50      1.75
701-750     1.80      0.90    1401-1450       3.60      1.80
751-800     2.00      1.00    1451-1500       3.70      1.85
801-850     2.10      1.05     1501-1550      3.80      1.90
851-900     2.20      1.10    1551-1600       4.00      2.00
901-950     2.30       1.15   1601-1650       4.10      2.05
951-1000    2.50      1.25    1651-1700       4.20      2.10
1001-1050   2.60      1.30     1701-1750      4.30      2.15
1051-1100   2.70      1.35    1751-1800       4.50      2.25
1101-1150   2.80      1.40    1801-1850       4.60      2.30
1151-1200   3.00      1.50    1851-1900       4.70      2.35
1201-1250   3.10      1.55    1901-1950       4.80      2.40
1251-1300   3.20      1.60    1951-2000       5.00      2.50
Initial Dose
The initial recommended dose of Curosurf is 2.5 mL/kg birth weight. This dose may
be determined from the Curosurf dosing chart previously shown.

For Endotracheal tube instillation using a 5 Fr catheter:
 Slowly withdraw the entire contents of the vial of Curosurf into a 3 or 5 mL plastic
  syringe through a large-gauge needle (e.g., at least 20 gauge).

 Attach the pre-cut 8-cm 5 end-hole French catheter to the syringe. Fill the catheter
  with Curosurf. Discard excess Curosurf through the catheter so that only the total
  dose to be given remains in the syringe.

 Before administration, the infant's ventilator settings should be changed to a rate
  of 40-60 breaths/minute, inspiratory time 0.5 second, and supplemental oxygen
  sufficient to maintain SaO2>92%.

 Keep the infant in a neutral position (head and body in alignment without
  inclination). Briefly disconnect the endotracheal tube from the ventilator.
Endotracheal tube instillation using a 5 Fr
catheter cont.
 Insert the pre-cut 5 French catheter into the endotracheal tube and
  instill the first half (1.25 mL/kg birth weight) of Curosurf.

 The infant should be positioned so that either the right or left side is
  dependent for the dose given .

 After the first half is instilled, remove the catheter from the
  endotracheal tube and manually ventilate the infant with 100% oxygen
  at a rate of 40-60 breaths/minute for one minute.

 When the infant is stable, reposition the infant so that the other side is
  dependent and administer the remaining half using the same
  procedures.

 Do not suction infant for at least 1 hour after administration unless
  there are signs of significant airway obstruction.

 Resume ventilator management and clinical care.
Endotracheal tube instillation using a 5 Fr
catheter:
For endotracheal instillation using the secondary
lumen of a dual lumen endotracheal tube:
 Slowly withdraw the entire contents of the vial of Curosurf into a 3
  or 5 mL plastic syringe through a large-gauge needle (e.g., at least
  20 gauge).

 Keep the infant in a neutral position (head and body in alignment
  without inclination).

 Administer Curosurf through the proximal end of the secondary
  lumen of the endotracheal tube as a single dose, given over 1
  minute, and without interrupting mechanical ventilation.

 After completion of this dosing procedure, ventilatory management
  may require transient increases in FiO2, ventilatory rate, or peak
  inspiratory pressure (PIP).
Endotracheal instillation using the secondary
lumen of a dual lumen endotracheal tube:
Repeat doses
 Up to two repeat doses of 1.25 mL/kg birth weight
  each may be administered, using the same
  techniques described for the initial dose.

 Repeat doses should be administered, at
  approximately 12-hour intervals, in infants who
  remain intubated and in whom RDS is considered
  responsible for their persisting or deteriorating
  respiratory status.

 The maximum recommended total dose (sum of the
  initial and up to two repeat doses) is 5 mL/kg.
PROCEDURAL COMPLICATIONS
plugging of endotracheal tube (ETT) by
 surfactant
hemoglobin desaturation and increased need for
 supplemental O2
bradycardia due to hypoxia
tachycardia due to agitation, with reflux of
 surfactant into the ETT
pharyngeal deposition of surfactant
administration of surfactant to only one lung
PHYSIOLOGICAL COMPLICATIONS

apnea
pulmonary hemorrhage
mucus plugs
increased necessity for treatment for PDA
marginal increase in retinopathy of
 prematurity
barotrauma resulting from increase in lung
 compliance following surfactant replacement
 and failure to change ventilator settings
 accordingly
DOSING PRECAUTIONS
 The administration of
  surfactant should be
  interrupted if the infant
  experiences long episodes of
  bradycardia, decreased
  oxygen saturation, reflux of
  the surfactant into the
  ETT, or airway obstruction
  have occurred.

 Dosing may resume once
  the infant is stable.
Surfactant deficiency is almost always associated with
the formation of hyaline membranes in the immature
lung and the onset of respiratory distress syndrome.
RDS is a major cause of morbidity and mortality in
premature infants. The incidence of RDS is more
related to lung immaturity than gestational age.
Direct tracheal instillation of surfactant has proven to
reduce mortality and morbidity in infants with RDS.
1.   Bower, Barnhart, Betiti, et al. “Surfactant Replacement
     Therapy." AARC Clinical Practice Guideline. (1994):
     <http://www.rcjournal.com/cpgs/srtcpg.html>.

2. “Recommendations for Neonatal Surfactant Therapy." Pediatric
    Child Health. Vol 10. No 2 (2005):
   <http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2722820/>.

3.   “Curosurf.” Cornerstone Therapeutics Inc. (June, 2012)
     http://www.drugs.com/pro/curosurf.html

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Surfactant admin

  • 2. WHAT IS SURFACTANT?  Natural endogenous surfactant is a compound of phospholipids, neutral lipids, and proteins that forms a layer between the alveolar surface and the alveolar gas and reduces collapse by decreasing surface tension with the alveoli.  Surfactant deficiency is almost always associated with the formation of hyaline membranes in the immature lung and the onset of respiratory distress syndrome (RDS).
  • 3. INDICATIONS  Prophylactic administration - Infants at high risk of developing RDS due to short gestation (<32 weeks) or low birthweight (<1,300g)  Rescue or therapeutic administration – preterm or full- term infants who require endotracheal intubation and mechanical ventilation because of increased work of breathing and increasing oxygen requirements
  • 4. CONTRAINDICATIONS  The presence of congenital anomalies incompatible with life beyond the neonatal period  Respiratory distress in infants with laboratory evidence of lung maturity
  • 5. CUROSURF  Curosurf is a pulmonary surfactant consisting of an extract of natural pig lung surfactant.  It consists of 99% polar lipids and 1% hydrophobic low molecular weight proteins.  Curosurf contains no preservatives.
  • 6. Directions for Use Curosurf should be inspected visually for discoloration prior to administration. The color of Curosurf is white to creamy white. Curosurf should be stored in a refrigerator at +2 to +8°C (36-46°F). Before use, the vial should be slowly warmed to room temperature and gently turned upside-down, in order to obtain a uniform suspension. DO NOT SHAKE. 1. Locate the notch on the colored plastic cap. 2. Lift the notch and pull upwards. 3. Pull the plastic cap with the aluminum portion downwards. 4 and 5. Remove the whole ring by pulling off the aluminum wrapper. 6 and 7. Remove the rubber cap to extract content.
  • 7. Administration equipment: - Syringe containing ordered dose of surfactant, warmed to room temperature - 5 French feeding tube or catheter, or endotracheal tube with delivery port - Mechanical ventilator or resuscitation bag Resuscitation equipment: - Laryngoscope and endotracheal tube - Manual resuscitation bag and airway manometer - Blended oxygen source - Suction equipment to include catheters, sterile gloves, collecting bottle and tubing, and vacuum generator - Radiant warmer ready for use Monitoring equipment: - Neonatal tidal volume monitor, if available - Airway pressure monitor - Pulse oximeter or transcutaneous PCO2 - Cardiorespiratory monitor
  • 8. Personnel – Surfactant replacement therapy should be performed under the direction of a physician by credentialed personnel which include nurses and respiratory therapists.
  • 9. CUROSURF DOSING CHART INITIAL REPEAT INITIAL REPEAT WEIGHT DOSE DOSE WEIGHT DOSE DOSE (grams) 2.5mL/kg 1.25mL/kg (grams) 2.5mL/kg 1.25mL/kg EACH DOSE (mL) EACH DOSE (mL) 600-650 1.60 0.80 1301-1350 3.30 1.65 651-700 1.70 0.85 1351-1400 3.50 1.75 701-750 1.80 0.90 1401-1450 3.60 1.80 751-800 2.00 1.00 1451-1500 3.70 1.85 801-850 2.10 1.05 1501-1550 3.80 1.90 851-900 2.20 1.10 1551-1600 4.00 2.00 901-950 2.30 1.15 1601-1650 4.10 2.05 951-1000 2.50 1.25 1651-1700 4.20 2.10 1001-1050 2.60 1.30 1701-1750 4.30 2.15 1051-1100 2.70 1.35 1751-1800 4.50 2.25 1101-1150 2.80 1.40 1801-1850 4.60 2.30 1151-1200 3.00 1.50 1851-1900 4.70 2.35 1201-1250 3.10 1.55 1901-1950 4.80 2.40 1251-1300 3.20 1.60 1951-2000 5.00 2.50
  • 10. Initial Dose The initial recommended dose of Curosurf is 2.5 mL/kg birth weight. This dose may be determined from the Curosurf dosing chart previously shown. For Endotracheal tube instillation using a 5 Fr catheter:  Slowly withdraw the entire contents of the vial of Curosurf into a 3 or 5 mL plastic syringe through a large-gauge needle (e.g., at least 20 gauge).  Attach the pre-cut 8-cm 5 end-hole French catheter to the syringe. Fill the catheter with Curosurf. Discard excess Curosurf through the catheter so that only the total dose to be given remains in the syringe.  Before administration, the infant's ventilator settings should be changed to a rate of 40-60 breaths/minute, inspiratory time 0.5 second, and supplemental oxygen sufficient to maintain SaO2>92%.  Keep the infant in a neutral position (head and body in alignment without inclination). Briefly disconnect the endotracheal tube from the ventilator.
  • 11. Endotracheal tube instillation using a 5 Fr catheter cont.  Insert the pre-cut 5 French catheter into the endotracheal tube and instill the first half (1.25 mL/kg birth weight) of Curosurf.  The infant should be positioned so that either the right or left side is dependent for the dose given .  After the first half is instilled, remove the catheter from the endotracheal tube and manually ventilate the infant with 100% oxygen at a rate of 40-60 breaths/minute for one minute.  When the infant is stable, reposition the infant so that the other side is dependent and administer the remaining half using the same procedures.  Do not suction infant for at least 1 hour after administration unless there are signs of significant airway obstruction.  Resume ventilator management and clinical care.
  • 12. Endotracheal tube instillation using a 5 Fr catheter:
  • 13. For endotracheal instillation using the secondary lumen of a dual lumen endotracheal tube:  Slowly withdraw the entire contents of the vial of Curosurf into a 3 or 5 mL plastic syringe through a large-gauge needle (e.g., at least 20 gauge).  Keep the infant in a neutral position (head and body in alignment without inclination).  Administer Curosurf through the proximal end of the secondary lumen of the endotracheal tube as a single dose, given over 1 minute, and without interrupting mechanical ventilation.  After completion of this dosing procedure, ventilatory management may require transient increases in FiO2, ventilatory rate, or peak inspiratory pressure (PIP).
  • 14. Endotracheal instillation using the secondary lumen of a dual lumen endotracheal tube:
  • 15. Repeat doses  Up to two repeat doses of 1.25 mL/kg birth weight each may be administered, using the same techniques described for the initial dose.  Repeat doses should be administered, at approximately 12-hour intervals, in infants who remain intubated and in whom RDS is considered responsible for their persisting or deteriorating respiratory status.  The maximum recommended total dose (sum of the initial and up to two repeat doses) is 5 mL/kg.
  • 16. PROCEDURAL COMPLICATIONS plugging of endotracheal tube (ETT) by surfactant hemoglobin desaturation and increased need for supplemental O2 bradycardia due to hypoxia tachycardia due to agitation, with reflux of surfactant into the ETT pharyngeal deposition of surfactant administration of surfactant to only one lung
  • 17. PHYSIOLOGICAL COMPLICATIONS apnea pulmonary hemorrhage mucus plugs increased necessity for treatment for PDA marginal increase in retinopathy of prematurity barotrauma resulting from increase in lung compliance following surfactant replacement and failure to change ventilator settings accordingly
  • 18. DOSING PRECAUTIONS  The administration of surfactant should be interrupted if the infant experiences long episodes of bradycardia, decreased oxygen saturation, reflux of the surfactant into the ETT, or airway obstruction have occurred.  Dosing may resume once the infant is stable.
  • 19. Surfactant deficiency is almost always associated with the formation of hyaline membranes in the immature lung and the onset of respiratory distress syndrome. RDS is a major cause of morbidity and mortality in premature infants. The incidence of RDS is more related to lung immaturity than gestational age. Direct tracheal instillation of surfactant has proven to reduce mortality and morbidity in infants with RDS.
  • 20. 1. Bower, Barnhart, Betiti, et al. “Surfactant Replacement Therapy." AARC Clinical Practice Guideline. (1994): <http://www.rcjournal.com/cpgs/srtcpg.html>. 2. “Recommendations for Neonatal Surfactant Therapy." Pediatric Child Health. Vol 10. No 2 (2005): <http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2722820/>. 3. “Curosurf.” Cornerstone Therapeutics Inc. (June, 2012) http://www.drugs.com/pro/curosurf.html