INVOS 5100C PREAMPLIFIER CHANNEL 1/2
INVOS 5100C PREAMPLIFIER CHANNEL 1/2
The INVOS™ system provides real-time monitoring of changes in regional oxygen saturation (rSO2) of blood in the brain or other body tissues beneath the sensor for effective oxygen monitoring in adults, children, infants and neonates.
- Monitors the stability of cerebral and peripheral circulations in a noninvasive, real-time way
- Leverages associations between cerebral and peripheral circulations to better manage care; i.e. whether the periphery appears to be shunting blood flow to preserve the brain
- Helps clinicians determine whether vascular beds surrounding vital organ areas are adequately perfused
- Helps clinicians more closely identify and manage regional oxygenation issues in the OR, PICU, NICU, and/or cardiac catheter lab
- Helps clinicians obtain objective data noninvasively for decision making
- Intended for patients of any age or weight; with tailored sensors for adults, children, infants and neonates
The INVOS™ system provides real-time monitoring of changes in regional oxygen saturation (rSO2) of blood in the brain or other body tissues beneath the sensor for effective oxygen monitoring in adults, children, infants and neonates.
- Monitors the stability of cerebral and peripheral circulations in a noninvasive, real-time way
- Leverages associations between cerebral and peripheral circulations to better manage care; i.e. whether the periphery appears to be shunting blood flow to preserve the brain
- Helps clinicians determine whether vascular beds surrounding vital organ areas are adequately perfused
- Helps clinicians more closely identify and manage regional oxygenation issues in the OR, PICU, NICU, and/or cardiac catheter lab
- Helps clinicians obtain objective data noninvasively for decision making
- Intended for patients of any age or weight; with tailored sensors for adults, children, infants and neonates
- Somanetics (Covidien)
- 5100C
The INVOS™ system provides real-time monitoring of changes in regional oxygen saturation (rSO2) of blood in the brain or other body tissues beneath the sensor for effective oxygen monitoring in adults, children, infants and neonates.
- Monitors the stability of cerebral and peripheral circulations in a noninvasive, real-time way
- Leverages associations between cerebral and peripheral circulations to better manage care; i.e. whether the periphery appears to be shunting blood flow to preserve the brain
- Helps clinicians determine whether vascular beds surrounding vital organ areas are adequately perfused
- Helps clinicians more closely identify and manage regional oxygenation issues in the OR, PICU, NICU, and/or cardiac catheter lab
- Helps clinicians obtain objective data noninvasively for decision making
- Intended for patients of any age or weight; with tailored sensors for adults, children, infants and neonates
The INVOS™ system provides real-time monitoring of changes in regional oxygen saturation (rSO2) of blood in the brain or other body tissues beneath the sensor for effective oxygen monitoring in adults, children, infants and neonates.
- Monitors the stability of cerebral and peripheral circulations in a noninvasive, real-time way
- Leverages associations between cerebral and peripheral circulations to better manage care; i.e. whether the periphery appears to be shunting blood flow to preserve the brain
- Helps clinicians determine whether vascular beds surrounding vital organ areas are adequately perfused
- Helps clinicians more closely identify and manage regional oxygenation issues in the OR, PICU, NICU, and/or cardiac catheter lab
- Helps clinicians obtain objective data noninvasively for decision making
- Intended for patients of any age or weight; with tailored sensors for adults, children, infants and neonates
- Somanetics (Covidien)
- 5100C
The INVOS™ system provides real-time monitoring of changes in regional oxygen saturation (rSO2) of blood in the brain or other body tissues beneath the sensor for effective oxygen monitoring in adults, children, infants and neonates.
- Monitors the stability of cerebral and peripheral circulations in a noninvasive, real-time way
- Leverages associations between cerebral and peripheral circulations to better manage care; i.e. whether the periphery appears to be shunting blood flow to preserve the brain
- Helps clinicians determine whether vascular beds surrounding vital organ areas are adequately perfused
- Helps clinicians more closely identify and manage regional oxygenation issues in the OR, PICU, NICU, and/or cardiac catheter lab
- Helps clinicians obtain objective data noninvasively for decision making
- Intended for patients of any age or weight; with tailored sensors for adults, children, infants and neonates
The INVOS™ system provides real-time monitoring of changes in regional oxygen saturation (rSO2) of blood in the brain or other body tissues beneath the sensor for effective oxygen monitoring in adults, children, infants and neonates.
- Monitors the stability of cerebral and peripheral circulations in a noninvasive, real-time way
- Leverages associations between cerebral and peripheral circulations to better manage care; i.e. whether the periphery appears to be shunting blood flow to preserve the brain
- Helps clinicians determine whether vascular beds surrounding vital organ areas are adequately perfused
- Helps clinicians more closely identify and manage regional oxygenation issues in the OR, PICU, NICU, and/or cardiac catheter lab
- Helps clinicians obtain objective data noninvasively for decision making
- Intended for patients of any age or weight; with tailored sensors for adults, children, infants and neonates
- Somanetics (Covidien)
- 5100C