Surfactante en SDR: uso, aplicación y lo último. Cambios recientes, últimas recomendaciones

1. Surfactante para SDR:
uso, aplicación y lo más reciente

2. Jobe AH. Neoreviews ©2006;7:e95-e106.

3. Warren JB and Anderson JM. Neoreviews ©2009;10;e351.

4. Guttentag S and Foster CD. Neoreviews ©2011;12;e625.

5. Jobe AH. Neoreviews ©2006;7:e95-e106.

6. Engle WA. Pediatrics ©2008;121;419.

10. Fig 1. Schematic representation of the dual-lumen ET-tube used. Note that the
distal end of the secondary lumen is located just at the tip of the main lumen of
the ET-tube. The internal diameter (ID) and the internal cross-sectional area
(a) of the main and secondary lumens are given. The resistance of a size 2.0-
mm ID dual-lumen ET-tube, measured at two different ventilator settings (136
6 3.9 and 132 6 1.1 cm H2O/L/second) were similar to those of a single-lumen
ET-tube of the same size (138 6 2.5 and 148 6 1.6 cm H2O/L/second).
Resistance was measured (PeDs, MAS-PTI, Hatboro, PA) using a lung model
(compliance 5 1.0 mL/cm H2O), and a ventilator (Bourns BP-200, Riverside,
CA) at a rate of 30 cycles/minute at two different settings (PIP/PEEP 5 12/2
and 25/5 cm H2O, and peak inspiratory flow 5 1.0 and 3.5 L/minute).
Valls-i-Soler A, et al. Pediatrics ©1998;101;e4.
Tube designed whith secondary lumen for the administration of Surfactant.

12. Updated
Published Online:
March 14, 2012

13. Principales resultados

14. Conclusiones

16. "Quien hace una pregunta teme parecer
un ignorante durante cinco minutos.
Quien no pregunta se mantiene ignorante
toda la vida."
José Ortega y Gasset