1Datta Meghe Institute of Medical Science's, Sawangi (M), Wardha, Maharashta
2Ravi Nair Physiotherapy College, Sawangi (M), Wardha, Maharashta
The need of study was to find out whether a movement based approach along with exercises is beneficial than a non-movement based electrotherapeutic approach along with exercises for relieving upper limb radiculopathy arising due to cervical spondylosis.
75 subjects were randomly allocated into three groups i.e. Group A: (Hot fomentation, Cervical contralateral lateral flexion mobilization and Isometric neck exercises), Group B: (Hot fomentation, Transcutaneous electrical nerve stimulation and Isometric neck exercises), Group C: (Control group: Hot fomentation and Isometric neck exercises).The duration of intervention was 3 weeks and treatment was given on The outcome measures were VAS pain score, Elbow extension range of motion measured in upper limb tension test-1 position, Northwick Park neck pain questionnaire, Neuropathic pain scale, Short form of Mc Gill pain questionnaire. Pre and post intervention values of outcome measures were recorded and also after a follow-up of 6 weeks.
The participants treated within groups showed a statistically significant decrease in pain, increase in elbow extension ROM, and an improvement in the functional outcome scores as per NPQ score, NPPS and SF- MPQ score with p<0.001. But there was no statistically significant difference in pain scores when compared between the experimental groups (p= 0.075), increase in amount of elbow extension ROM (p=0.024) was significant, and a significant improvement in functional outcome level as per NPQ (p=0.034) and a non-significant improvement in NPPS and SF-MPQ score (p>0.05), after 3 weeks of intervention.
Cervical mobilization when compared to Transcutaneous electrical nerve stimulation is equally effective in relieving pain, reducing the radicular pain in upper limb and improving the functional outcome.
Neck pain, Cervical radiculopathy, Cervical lateral flexion mobilization, TENS, Isometric neck Exercises, ULTT-1