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The posts show appreciation for the imaging visualization of respiratory shifts in the heart, describing it as 'masterful' and relating it to clinical scenarios like constrictive physiology, which reflects a general positive attitude and recognition of the technique's usefulness without extensive technical critique or debate.
Most discussions acknowledge the significance of the study’s findings, with comments like 'masterful illustration' that imply agreement with the importance of the imaging techniques described.
Posts indicate moderate interest, focusing on the visual quality and clinical relevance of the imaging findings, rather than deep technical debate.
Participants demonstrate some engagement by commenting on the imaging features and expressing hope for patient outcomes, suggesting a surface-level but meaningful interest.
The discussions do not deeply explore broader clinical or research impacts but highlight the potential diagnostic value seen in the imaging findings.
@VLSorrellImages @CASEfromASE @ASE360 Masterful echocardiographic illustration of respiratory shift in relative diastolic septal position, which we also often see on CMR imaging with constrictive physiology. Hoping patient did well
RT @PatrickBering: @VLSorrellImages @CASEfromASE @ASE360 Masterful echocardiographic illustration of respiratory shift in relative diastoli…
This study employed real-time cine MRI during deep breathing to analyze ventricular movement in patients with constrictive pericarditis, restrictive cardiomyopathy, and healthy controls. Septal movement patterns and…
This study utilized real-time cine MRI during deep breathing to assess ventricular movement patterns in patients with constrictive pericarditis, restrictive cardiomyopathy, and healthy controls, revealing distinct…
This study employed real-time cine MRI during deep breathing to analyze ventricular movement in patients with constrictive pericarditis, restrictive cardiomyopathy, and healthy controls. Septal movement patterns helped…
This study utilizes real-time cine MRI during deep breathing to analyze heart ventricle movement, distinguishing constrictive pericarditis from restrictive cardiomyopathy based on septal motion patterns. These findings…
This study uses real-time cine MRI during deep breathing to analyze ventricular movement. Septal inversion and increased ventricular coupling help distinguish constrictive pericarditis from restrictive cardiomyopathy…
RT @PatrickBering: @VLSorrellImages @CASEfromASE @ASE360 Masterful echocardiographic illustration of respiratory shift in relative diastoli…
@VLSorrellImages @CASEfromASE @ASE360 Masterful echocardiographic illustration of respiratory shift in relative diastolic septal position, which we also often see on CMR imaging with constrictive physiology. Hoping patient did well
PB
CJ