#echocardiography — Public Fediverse posts

A Practical Approach to Clinical Echocardiography (2014) by Jagdish C., M.D. Mohan
Author: Jagdish C.
File Type: PDF
Download at https://unitedvrg.com/2022/12/07/pdf-a-practical-approach-to-clinical-echocardiography-2014-by-jagdish-c-m-d-mohan/
#Echocardiography, #JagdishC.

Pocket Atlas of Echocardiography 1st Edition (2005) by Thomas Boehmeke, Ralf Doliva-Pocket
Author: Echocardiography
File Type: PDF
Download at https://unitedvrg.com/2024/03/21/pdf-pocket-atlas-of-echocardiography-1st-edition-2005-by-thomas-boehmeke-ralf-doliva-pocket/
#Atlas, #Echocardiography

A Practical Approach to Transesophageal Echocardiography Third Edition (2013) by Albert C. Perrino Jr. MD and Scott T. Reeves MD MBA FACC
Author: Albert C. Perrino Jr. MD and Scott T. Reeves MD MBA FACC
File Type: PDF
Download at https://unitedvrg.com/2023/11/05/pdf-a-practical-approach-to-transesophageal-echocardiography-third-edition-2013-by-albert-c-perrino-jr-md-and-scott-t-reeves-md-mba-facc/
#Echocardiography, #AlbertC.PerrinoJr.MDandScottT.ReevesMDMBAFACC

Atlas of 3D Echocardiography (2012) by Edward A. Gill MD FAHA FASE FACP FACC FNLA
Author: Echocardiography
File Type: PDF
Download at https://unitedvrg.com/2023/03/18/pdf-atlas-of-3d-echocardiography-2012-by-edward-a-gill-md-faha-fase-facp-facc-fnla/
#Ultrasonography, #Echocardiography

ACEI angioedema can hit at any time—skip the adrenaline, think Icatibant.
Takotsubo recovery can trigger DLVOTO; avoid adrenaline and always echo-monitor.
For LVOT gradients, know your jets: MR is rounded, LVOT is dagger-shaped.
IABP can help or hurt in shock—expert echo guidance is key! #Cardiology #MedicalScience #Echocardiography #Takotsubo #ACEi #Angioedema #ICu #MedEd #ClinicalCare #HeartHealth #MedMastodon #HealthTech

ACEI angioedema can hit at any time—skip the adrenaline, think Icatibant.
Takotsubo recovery can trigger DLVOTO; avoid adrenaline and always echo-monitor.
For LVOT gradients, know your jets: MR is rounded, LVOT is dagger-shaped.
IABP can help or hurt in shock—expert echo guidance is key! #Cardiology #MedicalScience #Echocardiography #Takotsubo #ACEi #Angioedema #ICu #MedEd #ClinicalCare #HeartHealth #MedMastodon #HealthTech

ACEI angioedema can hit at any time—skip the adrenaline, think Icatibant.
Takotsubo recovery can trigger DLVOTO; avoid adrenaline and always echo-monitor.
For LVOT gradients, know your jets: MR is rounded, LVOT is dagger-shaped.
IABP can help or hurt in shock—expert echo guidance is key! #Cardiology #MedicalScience #Echocardiography #Takotsubo #ACEi #Angioedema #ICu #MedEd #ClinicalCare #HeartHealth #MedMastodon #HealthTech

I can't really tell if this is good news or bad news.

Good news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was subclinical

Bad news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was quite detectable by imaging.

All participants were putatively healthy, none had moderate or severe COVID-19.

"In the present cohort of COVID-19-infected individuals with mild initial illness, echocardiographic measurements revealed significant yet subclinical differences in systolic and diastolic function compared with controls, as well as between individuals with cardiac symptoms and those without. All the measured differences were small in magnitude and thus unlikely to be detectable clinically at the individual level." [1]

[1] https://www.nature.com/articles/s41598-025-85221-w

h/t @Brad

#COVID #COVID19 #COVIDIsNotOver #heart #echocardiography

I can't really tell if this is good news or bad news.

Good news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was subclinical

Bad news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was quite detectable by imaging.

All participants were putatively healthy, none had moderate or severe COVID-19.

"In the present cohort of COVID-19-infected individuals with mild initial illness, echocardiographic measurements revealed significant yet subclinical differences in systolic and diastolic function compared with controls, as well as between individuals with cardiac symptoms and those without. All the measured differences were small in magnitude and thus unlikely to be detectable clinically at the individual level." [1]

[1] https://www.nature.com/articles/s41598-025-85221-w

h/t @Brad

#COVID #COVID19 #COVIDIsNotOver #heart #echocardiography

I can't really tell if this is good news or bad news.

Good news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was subclinical

Bad news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was quite detectable by imaging.

All participants were putatively healthy, none had moderate or severe COVID-19.

"In the present cohort of COVID-19-infected individuals with mild initial illness, echocardiographic measurements revealed significant yet subclinical differences in systolic and diastolic function compared with controls, as well as between individuals with cardiac symptoms and those without. All the measured differences were small in magnitude and thus unlikely to be detectable clinically at the individual level." [1]

[1] https://www.nature.com/articles/s41598-025-85221-w

h/t @Brad

#COVID #COVID19 #COVIDIsNotOver #heart #echocardiography

I can't really tell if this is good news or bad news.

Good news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was subclinical

Bad news perspective: for this pretty large cohort of mild acute SARS-CoV2 cases, cardiac damage was quite detectable by imaging.

All participants were putatively healthy, none had moderate or severe COVID-19.

"In the present cohort of COVID-19-infected individuals with mild initial illness, echocardiographic measurements revealed significant yet subclinical differences in systolic and diastolic function compared with controls, as well as between individuals with cardiac symptoms and those without. All the measured differences were small in magnitude and thus unlikely to be detectable clinically at the individual level." [1]

[1] https://www.nature.com/articles/s41598-025-85221-w

h/t @Brad

#COVID #COVID19 #COVIDIsNotOver #heart #echocardiography

🖥️ Using #echocardiography to predict fluid-responsiveness & manage need for fluids in #ICU, bedside experience + literature based approach:
💧💧 when to fill??
☔️ when NOT to fill??
💦 optional filling... gray zone of #POCUS parameters
PS adequate training pivotal to avoid misinterpretation!!
Free to read #FOAMcc #FOAMus #echofirst #POCUS on @ICM
🔓 https://rdcu.be/dH6nb

🖥️ Using #echocardiography to predict fluid-responsiveness & manage need for fluids in #ICU, bedside experience + literature based approach:
💧💧 when to fill??
☔️ when NOT to fill??
💦 optional filling... gray zone of #POCUS parameters
PS adequate training pivotal to avoid misinterpretation!!
Free to read #FOAMcc #FOAMus #echofirst #POCUS on @ICM
🔓 https://rdcu.be/dH6nb

🖥️ Using #echocardiography to predict fluid-responsiveness & manage need for fluids in #ICU, bedside experience + literature based approach:
💧💧 when to fill??
☔️ when NOT to fill??
💦 optional filling... gray zone of #POCUS parameters
PS adequate training pivotal to avoid misinterpretation!!
Free to read #FOAMcc #FOAMus #echofirst #POCUS on @ICM
🔓 https://rdcu.be/dH6nb

🖥️ Using #echocardiography to predict fluid-responsiveness & manage need for fluids in #ICU, bedside experience + literature based approach:
💧💧 when to fill??
☔️ when NOT to fill??
💦 optional filling... gray zone of #POCUS parameters
PS adequate training pivotal to avoid misinterpretation!!
Free to read #FOAMcc #FOAMus #echofirst #POCUS on @ICM
🔓 https://rdcu.be/dH6nb

I did a talk for cardiologists about #criticalcareecho, emphasising the difference between outpstient/normal data and the critical ill. Supeisingly well recieved and I’ll reiterate my main points:
- Most important use for echo in critical illness is differentiating shock types, and detecting “black swan” conditions like LVOT obstruction and acute valvular pathologies
- Always combine echo with clinical findings.
1/
#echocardiography #CriticalCare #physiology

I did a talk for cardiologists about #criticalcareecho, emphasising the difference between outpstient/normal data and the critical ill. Supeisingly well recieved and I’ll reiterate my main points:
- Most important use for echo in critical illness is differentiating shock types, and detecting “black swan” conditions like LVOT obstruction and acute valvular pathologies
- Always combine echo with clinical findings.
1/
#echocardiography #CriticalCare #physiology

I did a talk for cardiologists about #criticalcareecho, emphasising the difference between outpstient/normal data and the critical ill. Supeisingly well recieved and I’ll reiterate my main points:
- Most important use for echo in critical illness is differentiating shock types, and detecting “black swan” conditions like LVOT obstruction and acute valvular pathologies
- Always combine echo with clinical findings.
1/
#echocardiography #CriticalCare #physiology

I did a talk for cardiologists about #criticalcareecho, emphasising the difference between outpstient/normal data and the critical ill. Supeisingly well recieved and I’ll reiterate my main points:
- Most important use for echo in critical illness is differentiating shock types, and detecting “black swan” conditions like LVOT obstruction and acute valvular pathologies
- Always combine echo with clinical findings.
1/
#echocardiography #CriticalCare #physiology

Interesting review of diastolic function grading in critically ill patients, basically arguing for left atrial strain. Some comments follow : https://onlinelibrary.wiley.com/doi/10.1111/echo.15773 #echocardiography #CriticalCare #cardiology

Interesting review of diastolic function grading in critically ill patients, basically arguing for left atrial strain. Some comments follow : https://onlinelibrary.wiley.com/doi/10.1111/echo.15773 #echocardiography #CriticalCare #cardiology

Interesting review of diastolic function grading in critically ill patients, basically arguing for left atrial strain. Some comments follow : https://onlinelibrary.wiley.com/doi/10.1111/echo.15773 #echocardiography #CriticalCare #cardiology

Interesting review of diastolic function grading in critically ill patients, basically arguing for left atrial strain. Some comments follow : https://onlinelibrary.wiley.com/doi/10.1111/echo.15773 #echocardiography #CriticalCare #cardiology

I see this assertion repeatedly made, but it cannot both be true that a measure is load indepenendent and that it also tracks left atrial pressure! #echocardiography #CriticalCare #CritCareEcho

I see this assertion repeatedly made, but it cannot both be true that a measure is load indepenendent and that it also tracks left atrial pressure! #echocardiography #CriticalCare #CritCareEcho

I see this assertion repeatedly made, but it cannot both be true that a measure is load indepenendent and that it also tracks left atrial pressure! #echocardiography #CriticalCare #CritCareEcho

I see this assertion repeatedly made, but it cannot both be true that a measure is load indepenendent and that it also tracks left atrial pressure! #echocardiography #CriticalCare #CritCareEcho

Suspicion of #PFO in #ARDS: if agitated saline is injected through CVC located in the SVC, #TEE is required to rule out the diagnosis.

If #TEE shows the presence of an #Eustachian valve, injection in a catheter located in the IVC territory is required.

Important data and reminder in #CriticalCare

#ICU #echocardiography #pocus #foamcc

https://ccforum.biomedcentral.com/articles/10.1186/s13054-023-04670-9

Suspicion of #PFO in #ARDS: if agitated saline is injected through CVC located in the SVC, #TEE is required to rule out the diagnosis.

If #TEE shows the presence of an #Eustachian valve, injection in a catheter located in the IVC territory is required.

Important data and reminder in #CriticalCare

#ICU #echocardiography #pocus #foamcc

https://ccforum.biomedcentral.com/articles/10.1186/s13054-023-04670-9

Suspicion of #PFO in #ARDS: if agitated saline is injected through CVC located in the SVC, #TEE is required to rule out the diagnosis.

If #TEE shows the presence of an #Eustachian valve, injection in a catheter located in the IVC territory is required.

Important data and reminder in #CriticalCare

#ICU #echocardiography #pocus #foamcc

https://ccforum.biomedcentral.com/articles/10.1186/s13054-023-04670-9

Suspicion of #PFO in #ARDS: if agitated saline is injected through CVC located in the SVC, #TEE is required to rule out the diagnosis.

If #TEE shows the presence of an #Eustachian valve, injection in a catheter located in the IVC territory is required.

Important data and reminder in #CriticalCare

#ICU #echocardiography #pocus #foamcc

https://ccforum.biomedcentral.com/articles/10.1186/s13054-023-04670-9

I have to say I miss the old #ASE #Echocardiography guideline app, but the #BSE app is a great replacement https://apps.apple.com/app/id468166426 #Cardiology

I have to say I miss the old #ASE #Echocardiography guideline app, but the #BSE app is a great replacement https://apps.apple.com/app/id468166426 #Cardiology

I have to say I miss the old #ASE #Echocardiography guideline app, but the #BSE app is a great replacement https://apps.apple.com/app/id468166426 #Cardiology

A very interesting paper evaluating the effect of correcting low preload in critically ill patients, appropriately pointing out that global longitudinal strain alone cannot be used in this cohort to diagnose cardiac dysfunction. Preload induced change in GLS follows change in CI. https://annalsofintensivecare.springeropen.com/articles/10.1186/s13613-018-0376-8
#CriticalCare #CardiacDysfunction #GlobalLongitudinalStrain #echocardiography #POCUS #cardiology

A very interesting paper evaluating the effect of correcting low preload in critically ill patients, appropriately pointing out that global longitudinal strain alone cannot be used in this cohort to diagnose cardiac dysfunction. Preload induced change in GLS follows change in CI. https://annalsofintensivecare.springeropen.com/articles/10.1186/s13613-018-0376-8
#CriticalCare #CardiacDysfunction #GlobalLongitudinalStrain #echocardiography #POCUS #cardiology

A very interesting paper evaluating the effect of correcting low preload in critically ill patients, appropriately pointing out that global longitudinal strain alone cannot be used in this cohort to diagnose cardiac dysfunction. Preload induced change in GLS follows change in CI. https://annalsofintensivecare.springeropen.com/articles/10.1186/s13613-018-0376-8
#CriticalCare #CardiacDysfunction #GlobalLongitudinalStrain #echocardiography #POCUS #cardiology

Eye-tracking during simulation-based #echocardiography: a feasibility study

https://bmcmededuc.biomedcentral.com/articles/10.1186/s12909-023-04458-z

#ultrasound #POCUS #ultrasoundtraining

Eye-tracking during simulation-based #echocardiography: a feasibility study

https://bmcmededuc.biomedcentral.com/articles/10.1186/s12909-023-04458-z

#ultrasound #POCUS #ultrasoundtraining

@strain_rate here’s one study showing how LA reservoir strain decreases in normal subjects as preload is reduced during a tilt manoeuvre #echocardiography #echofirst #Physiology https://www.sciencedirect.com/science/article/pii/S0894731718304048

@strain_rate here’s one study showing how LA reservoir strain decreases in normal subjects as preload is reduced during a tilt manoeuvre #echocardiography #echofirst #Physiology https://www.sciencedirect.com/science/article/pii/S0894731718304048

@strain_rate here’s one study showing how LA reservoir strain decreases in normal subjects as preload is reduced during a tilt manoeuvre #echocardiography #echofirst #Physiology https://www.sciencedirect.com/science/article/pii/S0894731718304048

Reposting this fasctinating study here that I shared last year, on the effects on RAP and PCWP of rapid fluid loading (100-200ml/min 1L + 1L warm NS), in a first in healthy younger and older (>50yo) subjects. Striking results, with marked increases in pressures despite absence of heart failure. #echocardiography #cardiology #CriticalCare #Physiology https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.112.111302

Reposting this fasctinating study here that I shared last year, on the effects on RAP and PCWP of rapid fluid loading (100-200ml/min 1L + 1L warm NS), in a first in healthy younger and older (>50yo) subjects. Striking results, with marked increases in pressures despite absence of heart failure. #echocardiography #cardiology #CriticalCare #Physiology https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.112.111302

Reposting this fasctinating study here that I shared last year, on the effects on RAP and PCWP of rapid fluid loading (100-200ml/min 1L + 1L warm NS), in a first in healthy younger and older (>50yo) subjects. Striking results, with marked increases in pressures despite absence of heart failure. #echocardiography #cardiology #CriticalCare #Physiology https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.112.111302

Reposting this fasctinating study here that I shared last year, on the effects on RAP and PCWP of rapid fluid loading (100-200ml/min 1L + 1L warm NS), in a first in healthy younger and older (>50yo) subjects. Striking results, with marked increases in pressures despite absence of heart failure. #echocardiography #cardiology #CriticalCare #Physiology https://www.ahajournals.org/doi/10.1161/CIRCULATIONAHA.112.111302

A good idea and its validation.

Because LVOT area is related to body surface area:

echoVTI x HR x k = indexed CO

https://pubmed.ncbi.nlm.nih.gov/36496041/

#POCUS #CriticalCare #Echocardiography #Hemodynamics #CardiacOutput #PAC #SwanGanz

A good idea and its validation.

Because LVOT area is related to body surface area:

echoVTI x HR x k = indexed CO

https://pubmed.ncbi.nlm.nih.gov/36496041/

#POCUS #CriticalCare #Echocardiography #Hemodynamics #CardiacOutput #PAC #SwanGanz

A good idea and its validation.

Because LVOT area is related to body surface area:

echoVTI x HR x k = indexed CO

https://pubmed.ncbi.nlm.nih.gov/36496041/

#POCUS #CriticalCare #Echocardiography #Hemodynamics #CardiacOutput #PAC #SwanGanz

A good idea and its validation.

Because LVOT area is related to body surface area:

echoVTI x HR x k = indexed CO

https://pubmed.ncbi.nlm.nih.gov/36496041/

#POCUS #CriticalCare #Echocardiography #Hemodynamics #CardiacOutput #PAC #SwanGanz

Confusion between #AcuteCorePulmonale and #RightVentricularDysfunction is common in #ICU.

A very important reminder that anyone using #Echocardiography to assess #RightVentricularFunction in critically ill patients should read and share.

https://pubmed.ncbi.nlm.nih.gov/35737442/

#POCUS #CriticalCare #Hemodynamics #ThePeoplesVentricle #RightVentricle #RV #Anaesthesia #FOAMcc

Confusion between #AcuteCorePulmonale and #RightVentricularDysfunction is common in #ICU.

A very important reminder that anyone using #Echocardiography to assess #RightVentricularFunction in critically ill patients should read and share.

https://pubmed.ncbi.nlm.nih.gov/35737442/

#POCUS #CriticalCare #Hemodynamics #ThePeoplesVentricle #RightVentricle #RV #Anaesthesia #FOAMcc

Confusion between #AcuteCorePulmonale and #RightVentricularDysfunction is common in #ICU.

A very important reminder that anyone using #Echocardiography to assess #RightVentricularFunction in critically ill patients should read and share.

https://pubmed.ncbi.nlm.nih.gov/35737442/

#POCUS #CriticalCare #Hemodynamics #ThePeoplesVentricle #RightVentricle #RV #Anaesthesia #FOAMcc

Confusion between #AcuteCorePulmonale and #RightVentricularDysfunction is common in #ICU.

A very important reminder that anyone using #Echocardiography to assess #RightVentricularFunction in critically ill patients should read and share.

https://pubmed.ncbi.nlm.nih.gov/35737442/

#POCUS #CriticalCare #Hemodynamics #ThePeoplesVentricle #RightVentricle #RV #Anaesthesia #FOAMcc

Confusion between #AcuteCorePulmonale and #RightVentricularDysfunction is common in #ICU.

A very important reminder that anyone using #Echocardiography to assess #RightVentricularFunction in critically ill patients should read and share.

https://pubmed.ncbi.nlm.nih.gov/36335955/

#POCUS #CriticalCare #Hemodynamics #ThePeoplesVentricle #RightVentricle #RV #Anaesthesia #FOAMcc

Association between the early use of #Echocardiography in #ICU and outcomes in the patients with respiratory and hemodynamic support

#POCUS #CriticalCare

https://www.sciencedirect.com/science/article/pii/S0883944122001897

Association between the early use of #Echocardiography in #ICU and outcomes in the patients with respiratory and hemodynamic support

#POCUS #CriticalCare

https://www.sciencedirect.com/science/article/pii/S0883944122001897

Association between the early use of #Echocardiography in #ICU and outcomes in the patients with respiratory and hemodynamic support

#POCUS #CriticalCare

https://www.sciencedirect.com/science/article/pii/S0883944122001897

Association between the early use of #Echocardiography in #ICU and outcomes in the patients with respiratory and hemodynamic support

#POCUS #CriticalCare

https://www.sciencedirect.com/science/article/pii/S0883944122001897

1st day of #adventarticles, sharing some of my all time favourite papers:
"Ejection Fraction Revisited" from Robotham et al, THE paper to read on ejection fraction.
One of many key takeaways:
Hyperdynamic LV/supranormal EF is not a sign of low preload, on the contrary EF is relatively preload insensitive and if anything very low preload lowers EF.
https://pubs.asahq.org/anesthesiology/article/74/1/172/31892/Ejection-Fraction-Revisited #physiology #criticalcare #echocardiography