Journal of bodywork and movement therapies · 2026
Beyond spinal stabilization: Engaging the functional core: The potential of non-invasive force sensor for clinical AWT measurement in adaptive LBP rehabilitation: A critical review.
СтатьяОбзорНазвание и аннотация: Перевод в очереди
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Chakraborty Jayanta, Ghosh Sugato
Аннотация
BACKGROUND AND PURPOSE: LBP remains a pain point for millions worldwide. The interplay between the opoid crisis and LBP underscores the urgent need for effective, non-pharmacological solutions. Current approaches lack precision, particularly due to the limited understanding of core muscle function and the complex anatomical, biomechanical, and physiological factors involved. This study aims to explore the potential of Non-invasive force sensing (NIFS) technologies to quantify abdominal wall tension (AWT), intra-abdominal pressure (IAP), and anterolateral abdominal wall (ALAW) activation, collectively forming the 'AWT-IAP-ALAW' triad. By investigating the interactions within this triad, the study hypothesizes that NIFS can provide novel insights for non-pharmacological LBP rehabilitation. The objectives include evaluating NIFS's feasibility for real-time core assessment and proposing a sensor-based LBP management paradigm.
METHODS: A comprehensive critical analysis of the existing literature was performed to explore the role of ALAW in core function and evaluate the feasibility of force-sensing technology in LBP rehabilitation. Emphasis was placed on methodological soundness, dynamic measurement of AWT and IAP, and clinical integration of NIFS.
RESULTS: Findings suggest that the 'AWT-IAP-ALAW' triad represents a dynamic core unit essential for spinal stabilization. The application of NIFS provides real-time, quantitative data enabling precise diagnosis, personalized treatment planning, and continuous monitoring in LBP management.
CONCLUSION: The integration of NIFS into LBP rehabilitation introduces a patient-centric, sensor-driven paradigm for assessing and enhancing core stability. Future research should prioritize standardization of measurement protocols and address existing technological limitations to fully realize the clinical potential of the innovative 'AWT-IAP-ALAW' triad framework.
METHODS: A comprehensive critical analysis of the existing literature was performed to explore the role of ALAW in core function and evaluate the feasibility of force-sensing technology in LBP rehabilitation. Emphasis was placed on methodological soundness, dynamic measurement of AWT and IAP, and clinical integration of NIFS.
RESULTS: Findings suggest that the 'AWT-IAP-ALAW' triad represents a dynamic core unit essential for spinal stabilization. The application of NIFS provides real-time, quantitative data enabling precise diagnosis, personalized treatment planning, and continuous monitoring in LBP management.
CONCLUSION: The integration of NIFS into LBP rehabilitation introduces a patient-centric, sensor-driven paradigm for assessing and enhancing core stability. Future research should prioritize standardization of measurement protocols and address existing technological limitations to fully realize the clinical potential of the innovative 'AWT-IAP-ALAW' triad framework.