Today we share our first content regarding the field of Perfusion MRI and the Arterial Spin Labeling Technique. Check out the video on our Youtube channel here : https://t.co/SuFlKUxB2k Thanks for watching! https://t.co/mbjbmirfOK
Determining the longitudinal relaxation time (T1) of blood at 3.0 Tesla.
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Aug 2022 – Sep 2022Where it's discussed
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X / Twitter5 posts
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YouTube2 videos
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What people are saying
Overall, the discussions reflect an interest in MRI methods, particularly the Arterial Spin Labeling technique, with posts encouraging viewers to watch educational videos, using supportive language like 'check out' and 'let us know,' which promote information sharing and ongoing learning without critically analyzing the research findings.
The discussions mostly focus on promoting educational content related to MRI techniques, with little direct commentary on the article itself, hence neutral agreement.
Many posts show an interest in learning more about specific imaging techniques like ASL and Perfusion MRI, indicating moderate curiosity.
Comments include sharing links to videos and encouraging further exploration, suggesting a personal effort to engage deeper with the material.
The discussions aim to inform and educate rather than directly influence practice or scientific discourse, resulting in a neutral impact score.
Abstract in brief
- The study measured the longitudinal relaxation time (T1) of blood at a high magnetic field of 30 Tesla, finding that T1 varies linearly with hematocrit (Hct) within a normal range.
- T1 values were estimated to be approximately 1664 ms for arterial blood and 1584 ms for venous blood at a typical hematocrit of 0.42, with temperature influencing T1 by around 22-19 ms per degree Celsius.
- Radiation damping in the head coil setup caused a small decrease (about 19 ms) in measured T1 values, highlighting the impact of equipment on measurements at ultra-high magnetic fields.]
Top posts
Most liked on X and BlueskyIf you want to know something more about ASL, check out this video! It will discuss the main features we have to consider when adapting a ASL acquisition protocol. You can find the video here: https://t.co/AOWNMUWptg Let us know if you need more info about this technique! https://t.co/cdbYjD7nJZ
RT @immrtech: Today we share our first content regarding the field of Perfusion MRI and the Arterial Spin Labeling Technique. Check out th…
RT @immrtech: Today we share our first content regarding the field of Perfusion MRI and the Arterial Spin Labeling Technique. Check out th…
All mentions
Arterial Spin Labeling in Brain Imaging for Alzheimer's Study
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Arterial Spin Labeling Protocol for Brain Perfusion Imaging
ASL Technique video explains how MRI measures brain blood flow, highlighting complex patterns in Alzheimer's disease, such as increased perfusion in affected regions like the hippocampus, which may indicate compensatory…
If you want to know something more about ASL, check out this video! It will discuss the main features we have to consider when adapting a ASL acquisition protocol. You can find the video here: https://t.co/AOWNMUWptg Let us know if you need more info about this technique! https://t.co/cdbYjD7nJZ
RT @immrtech: Today we share our first content regarding the field of Perfusion MRI and the Arterial Spin Labeling Technique. Check out th…
RT @immrtech: Today we share our first content regarding the field of Perfusion MRI and the Arterial Spin Labeling Technique. Check out th…
RT @immrtech: Today we share our first content regarding the field of Perfusion MRI and the Arterial Spin Labeling Technique. Check out th…
Today we share our first content regarding the field of Perfusion MRI and the Arterial Spin Labeling Technique. Check out the video on our Youtube channel here : https://t.co/SuFlKUxB2k Thanks for watching! https://t.co/mbjbmirfOK