This content is Free Access.
Kapitel
- 00:04Introduction
- 00:48Identifying an Appropriate Patient, Obtaining the Carotid Artery, and Internal Jugular Doppler Signals
- 03:03Optimizing the Carotid Artery and Internal Jugular Doppler Signals
- 04:24Adhering the Ultrasound Device to the Neck
- 05:39Performing a Preload Challenge via a Passive Leg Raise (PLR)
- 07:26Observing the Changes in the Carotid Corrected Flow Time on the Smart Device Application Following the Completed Assessment
- 07:47Results: General Physiological Responses from Continuous Venous-Arterial Doppler
- 08:55Conclusion
Frank-Starling-Sarnoff-kurven er klinisk viktig og beskriver forholdet mellom hjertets forspenning og output. Denne rapporten illustrerer en ny metode for samtidig jugularvenøs og carotis arteriell dopplervelocimetri som forbigående surrogater av henholdsvis hjerteforspenning og -utgang; Denne tilnærmingen er aktivert av trådløs, bærbar Doppler ultralyd.
Tags
Continuous Venous-Arterial Doppler UltrasoundPreload ChallengeCritically Ill PatientsStroke VolumeFluid TherapyFluid OverloadPulmonary EdemaKidney InjuryDiuresisCongestive Heart FailureChronic Kidney DiseasePulmonary HypertensionMechanical VentilationWearable Doppler UltrasoundSmart Device ApplicationUltrasound TransducerCarotid ArteryJugular Vein
