People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spinal rhythms https://t.co/FZbRBgSWh8 So here it is, n>130 Continuous Vertebral Flex n Return available to download via https://t.co/MvEU44vrc8 #Openscience #data https://t.co/Nm81O4sjLU
A Reference Database of Standardised Continuous Lumbar Intervertebral Motion Analysis for Conducting Patient-Specific Comparisons.
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Sep 2021 – Apr 2024Where it's discussed
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X / Twitter17 posts
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YouTube2 videos
AI synopsis
What people are saying
Discussions highlight enthusiasm for the open access database and technical details such as spinal motion patterns and patient-specific comparisons, with phrases like 'significantly greater contribution' and 'out and open access' emphasizing both scientific interest and broad accessibility.
Most discussions acknowledge the value and importance of providing access to the raw data and the database, showing consensus on its usefulness.
Posts demonstrate high interest, with mentions of the open access nature and specific data points, indicating curiosity and engagement.
Comments refer to specific details like spinal rhythms, patient comparisons, and technical aspects, reflecting active participation.
The emphasis on open data and its potential for personalized assessments suggests a moderate to high impact within the field of spine research.
Abstract in brief
- This study establishes a standardized database of lumbar spine motion patterns using quantitative fluoroscopy to measure continuous intervertebral movement during flexion and return, which can help identify abnormal motion in patients with suspected lumbar instability.
- It analyzed data from healthy individuals to determine normal motion values across different lumbar levels and compared these to patients with chronic low back pain, finding that patients showed significantly reduced motion at certain levels, such as L5-S1.
- The research highlights the importance of normative data for personalized assessment of lumbar motion disorders and confirms that different vertebral levels have distinct motion patterns, aiding in the diagnosis and understanding of spine stability issues.]
Top posts
Most liked on X and BlueskyAnd its out and open access A Reference Database of Standardised Continuous https://t.co/km9JKUKrca #bioengineering #biotech
New Research: A Reference Database of Standardised Continuous Lumbar Intervertebral Motion Analysis for Conducting Patient-Specific Comparisons https://t.co/DM2JdzdMCl #bioengineering #biotech
Patients with CNSLBP showed a significantly greater contribution at L2-3 and a significantly smaller contribution at L5-S1 during the return phase. https://t.co/7Xo0qJ0Lwt
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
All mentions
Lumbar Spine Care During Leg Press Exercise
This video emphasizes proper lumbar spine care during leg press workouts. It discusses the importance of maintaining optimal posture and avoiding injury by understanding normal motion patterns and identifying abnormal…
Kinematic Analysis of Lumbar Spine During Flexion and Extension
Presented at European Society for Biomechanics 2021. This study establishes a standardized database of lumbar spine motion patterns using quantitative fluoroscopy, aiding in identifying abnormal movement and assessing…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
RT @alexbreenPhD: People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spina…
People have been asking for the raw angles that we used to create our database of dynamic lumbar spine motion-share/spinal rhythms https://t.co/FZbRBgSWh8 So here it is, n>130 Continuous Vertebral Flex n Return available to download via https://t.co/MvEU44vrc8 #Openscience #data https://t.co/Nm81O4sjLU
Patients with CNSLBP showed a significantly greater contribution at L2-3 and a significantly smaller contribution at L5-S1 during the return phase. https://t.co/7Xo0qJ0Lwt
And its out and open access A Reference Database of Standardised Continuous https://t.co/km9JKUKrca #bioengineering #biotech
New Research: A Reference Database of Standardised Continuous Lumbar Intervertebral Motion Analysis for Conducting Patient-Specific Comparisons https://t.co/DM2JdzdMCl #bioengineering #biotech
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