RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
RT @NephroP: Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass con…
Estimation of stroke volume (SV) is an important aspect of #Nephrology #POCUS 👇excellent illustration of Principle of mass conservation: in the absence of valvular regurgitation/ intracardiac shunts, SV is the same across each valve or orifice. 🔗https://t
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
RT @cianmcdermott: @ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
@ArgaizR @NephroP @msiuba This paper is useful https://t.co/49HcJJ6Tgo https://t.co/VIBJ04yEoz
@KalagaraHari @smuramed @khaycock2 @iceman_ex @NephroP @5MinSono @Wilkinsonjonny @icmteaching @ICUltrasonica @msiuba @Thind888 @curromir @ArgaizR Obviously operator dependant but quite good. https://t.co/gcoIiTKMyF
RT @cianmcdermott: @NephroP @MDBeni This is the source paper ⬇️ "Rationale for using the velocity–time integral and the minute distance for…
@NephroP @MDBeni This is the source paper ⬇️ "Rationale for using the velocity–time integral and the minute distance for assessing the stroke volume and cardiac output in point-of-care settings" https://t.co/3UVF7lsdyv
@GoughCJ @psmedic As a surrogate for CI, and certainly proportional to it, minute distance (VTI*HR) is interesting. https://t.co/PrXyHXXatb
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @ALIFE_echo: Rationale for using the velocity–time integral and the minute distance for assessing the stroke volume and cardiac output i…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @criticscartd: Sin duda la ecocardiografía es una herramienta esencial para el manejo de nuestros pacientes críticos, es esencial la for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @criticscartd: Sin duda la ecocardiografía es una herramienta esencial para el manejo de nuestros pacientes críticos, es esencial la for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
Vean esto #PedsICU @patamarilla @MedCritPed @TomasVillen
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @criticscartd: Sin duda la ecocardiografía es una herramienta esencial para el manejo de nuestros pacientes críticos, es esencial la for…
Sin duda la ecocardiografía es una herramienta esencial para el manejo de nuestros pacientes críticos, es esencial la formación en ecocardio y en eco pulmonar desde el periodo #MIR #POCUS #criticalcare #FOAMus #FOAMcc
Rationale for using the velocity–time integral and the minute distance for assessing the stroke volume and cardiac output in point-of-care settings https://t.co/1Nq8kmIPCZ
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
Rationale for using the velocity–time integral and the minute distance for assessing the stroke volume and cardiac output in point-of-care settings https://t.co/cyr3wbtbuQ
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
RT @MercadalJordi: Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for…
Lo consideramos una herramienta ecocardiografica básica para todos aquellos que usamos eco a pie d cama! Rationale for using the velocity–time integral and the minute distance for assessing the stroke volume and cardiac output in point-of-care settings ht
@load_dependent The article quoted above uses the term "minute distance" (calculated as the VTI × HR) and suggests is useful to monitor dynamic changes in CO https://t.co/HTNH7vjJAK
RT @gregorprosen: Rationale for using the velocity–time integral and the minute distance for assessing the stroke volume and cardiac output…