Insights from a Recent Case Study
In a recent study that used the Viasonix Falcon system, we gained valuable insights into vascular health assessments, particularly regarding the importance of measuring bilateral brachial pressures. This study sheds light on why it’s crucial to measure bilateral brachial pressure in both arms and not settle for measuring pressure in just one arm.
The study is a multicenter study published in the Journal of Ultrasonography and is titled: “Innominate artery occlusion: a case study”.
The Traditional Approach
According to the study, traditionally, many healthcare providers would measure brachial pressure only in one arm, usually only the left arm.
However, this approach can miss significant conditions like blockages, narrowings, or other pathological conditions in the arteries of one of the arms.
Case Study Findings
The study makes a compelling point:
“The findings of this case study emphasize the importance of comprehensive brachial pressure assessment in the diagnosis and management of the condition. Firstly, this case highlights the significance of taking brachial pressure measurements on both arms as opposed to just one arm, which is a common practice among many practitioners. By only measuring the pressure on the left arm, practitioners may overlook stenosis or occlusion on the contralateral side, leading to a missed diagnosis. Therefore, it is essential to obtain brachial pressure from both arms to ensure accurate assessment and prevent any potential oversight. Systolic pressure readings obtained from each arm play a crucial role in evaluating the severity of the condition”.
Viasonix Falcon System in Action
In the highlighted study, the patient was diagnosed with Subclavian Steal Syndrome. This condition can lead to significant differences in blood flow and pressure between the arms.
Importantly, the Viasonix Falcon system was instrumental in identifying these disparities. It provided detailed data on blood pressure and Doppler results for both the left and right arms. This capability is crucial for the accurate diagnosis and management of vascular conditions. It underscores the importance of the Falcon system in vascular diagnostics, offering clear insights into the health of the vascular system.
This finding highlights the capabilities of the Viasonix Falcon system. The Falcon vascular machine is a top-notch tool for vascular diagnostic evaluations, offering a wide range of tests such as blood pressure measurements at different body segments, ankle-brachial index (ABI), toe-brachial index (TBI), Doppler tests, pulse volume recording (PVR), photoplethysmography (PPG), stress testing, and many more.
Conclusion
By using advanced technology, such as the Falcon vascular system, healthcare professionals can detect and manage vascular conditions more effectively. This helps to ensure improvements in patient care and health outcomes.
In summary, this study doesn’t just call for a change in how vascular diagnostics are performed; it also highlights the benefits of using innovative tools like the Viasonix Falcon ABI machine. As the need for precise and effective vascular medical diagnostics grows, the Falcon system stands out for ensuring comprehensive and accurate vascular health assessments.
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