Diferencia entre revisiones de «Oxygen therapy»
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| Non-rebreathing mask||8-15 (or max)||60-99%||Flow rate must be sufficient to keep bag 1/3 to 1/2 inflated at all times | | Non-rebreathing mask||8-15 (or max)||60-99%||Flow rate must be sufficient to keep bag 1/3 to 1/2 inflated at all times | ||
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==High-flow Nasal Cannula== | |||
*Different Setup to low-flow O2 therapy | |||
*Good for hypoxemic respiratory failure | |||
*Every 10L/min is similar to 1mmHg PEEP | |||
*Set flow and o2% | |||
*Adults | |||
**Flow - start with 0.5 L/kg/min (Max 60L) | |||
**O2 - start with 100% and taper down from there | |||
*Pediatrics | |||
**[[File:HFNC pediatrics.png|thumb|Beginning HFNC settings]] | |||
==Hyperbaric Oxygen (HBO)== | ==Hyperbaric Oxygen (HBO)== | ||
Revisión del 19:43 6 abr 2020
Standard Administration Options
| Device | L/min | % Oxygen | Comments |
| Nasal Cannula | 1 | 24% | |
| 2 | 28% | ||
| 3 | 32% | ||
| 4 | 36% | ||
| 5 | 40% | ||
| 6 | 44% | ||
| Venturi mask | 24-50% | Increasing flow will not alter FiO2 | |
| Oxygen tent | 10-15 | 21-50% | Used mainly on children with croup or pneumonia |
| Simple mask | 5-15 | 35-55% | Never used at flows less than 5 L/min to prevent rebreathing of CO2 |
| Trach mask | 10-15 | 35-60% | Adequate flow shown by mist flowing out the exhalation port at all times |
| Partial rebreathing mask | 8-15 | 35-60% | Flow rate must be sufficient to keep bag 1/3 to 1/2 inflated at all times |
| Aerosol mask | 8-15 | 21-99% | |
| Non-rebreathing mask | 8-15 (or max) | 60-99% | Flow rate must be sufficient to keep bag 1/3 to 1/2 inflated at all times |
High-flow Nasal Cannula
- Different Setup to low-flow O2 therapy
- Good for hypoxemic respiratory failure
- Every 10L/min is similar to 1mmHg PEEP
- Set flow and o2%
- Adults
- Flow - start with 0.5 L/kg/min (Max 60L)
- O2 - start with 100% and taper down from there
- Pediatrics
Hyperbaric Oxygen (HBO)
- Two methods of administration[1]
- Small, single-occupant chamber filled with 100% oxygen and pressurized to desired level
- Large, multi-occupant chamber filled with room air and pressurized to desired level - occupants breathe supplemental oxygen at ambient pressure via mask
- Rationale for use[1]
- At normal pressures (even with supplemental oxygen administration), very little oxygen is dissolved in plasma
- When oxygen provided at 3 ATA, there is enough oxygen dissolved in plasma to oxygenate all body tissues without resorting to hemoglobin-bound oxygen
