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1.
J Pak Med Assoc ; 74(7): 1384-1386, 2024 Jul.
Article in English | MEDLINE | ID: mdl-39028081

ABSTRACT

Segmental Stabilisation Training (SST) a programme initially conceived by Carolyn Richardson and her team, serves as a specialised approach tailored to alleviate mechanical low back pain. Built upon decades of rigorous research, this exercise model rests upon the foundational principles of core stability. SST is unique due to its singular focus on addressing the root cause of low back pain, thereby presenting a promising avenue for averting the frequent relapses characteristic of this condition. Many fitness regimens that emphasize core stability incorporate the Abdominal Drawing-in manoeuver. However, the efficacy of this technique often remains unrealized due to a lack of awareness regarding its correct execution. It is imperative to note that the true benefits of the Abdominal Drawing-in manoeuver manifest only when performed accurately, ensuring the activation of deep core muscles and, in turn, preventing the recurrence of low back pain. The SST programme offers clear and precise guidance, enabling both clinicians and patients to acquire the requisite skills for its correct implementation. This minireview highlights the significance of SST in low back pain management and also elucidates the crucial role of precise technique execution.


Subject(s)
Exercise Therapy , Low Back Pain , Humans , Low Back Pain/therapy , Exercise Therapy/methods , Abdominal Muscles
2.
J Pak Med Assoc ; 74(4): 827-829, 2024 Apr.
Article in English | MEDLINE | ID: mdl-38751293

ABSTRACT

Current methods of pain measurement are inadequate in capturing the complexity of the pain experience. This limitation arises mainly because these methods tend to overlook the multiple dimensions of pain during assessment, heavily relying on self-reported measures, which inherently have their drawbacks. Self-reported measures aim to gauge the pain severity experienced by an individual, based solely on their perception of the most intense pain sensation. However, these measures are prone to various biases and may not accurately reflect the actual pain experienced. To overcome these limitations, a new system of pain assessment is necessary, which minimizes subjective involvement and provides a more accurate representation of pain. The 'Pain Calculator' is a newly developed tool that has demonstrated promising accuracy in measuring somatic pain in the low back region. This tool effectively overcomes the subjective biases characteristic of the self-reported measures and provides a reliable and clinically feasible alternative to the existing pain assessment tools.


Subject(s)
Pain Measurement , Self Report , Humans , Pain Measurement/methods , Pain/diagnosis , Pain/physiopathology
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