Understanding Pain and Pain Management in Elderly Nursing Home Patients Applying an Interprofessional Learning Activity in Health Care Students: A Norwegian Pilot Study.

BACKGROUND: Pain is common among elderly patients in nursing homes. However, pain assessment and treatment are inadequate. Interprofessional treatment is recommended, and consequently interprofessional education in pain management is necessary. AIMS: This pilot project aimed to describe how two interprofessional groups of students approached pain management in two nursing home patients. DESIGN: We formed two teams comprising one student from the nursing, physical therapy, pharmacy, and medical educations. Each team spent one day examining a patient with chronic pain at a nursing home and they developed pain management plans. METHODS: We collected data through video recordings during teamwork before and after examining the patients and field notes during the patient examination. We analysed the video-recordings applying the seven-step model including 1) viewing the video data, 2) describing the video data, 3) identifying critical events, 4) transcribing, 5) coding, 6) constructing storyline and 7) composing a narrative. Field notes supplied the transcripts. RESULTS: Both teams succeeded in making a pain management plan for their patient. The common examination of the patient was crucial for the students' approaches to pain management and changed their pre-assumptions about the patients' pain. By sharing knowledge and reflecting together, the students reached a common consensus on suggestions for management of the patients' problems. Interprofessional collaboration fostered enthusiasm and a more holistic pain management approach. However, students' lack of knowledge limited their understanding of pain. CONCLUSION: Knowledge of pain management in nursing home patients and the practice of interprofessional cooperation should be included in pain curricula for health care professionals.

Endurance and fatigue characteristics of the neck flexor and extensor muscles during isometric tests in patients with postural neck pain.

Sustained postural loading of the cervical spine during work or recreational tasks may contribute to the development of neck pain. The aim of this study was to compare neck muscle endurance and fatigue characteristics during sub-maximal isometric endurance tests in patients with postural neck pain, with asymptomatic subjects. Thirteen female patients with postural neck pain and 12 asymptomatic female control subjects completed timed sub-maximal muscle endurance tests for the neck flexor and extensor muscles. Muscle fatigue, defined as the time-dependent decrease in median frequency electromyography (EMG), was examined using surface EMG analysis during the tests. The median extensor test holding time was lower but not significantly different in the neck pain group (165 s) that the control group (228 s) (p = 0.17). There was no difference between groups in the flexor test holding time (neck pain = 36 s, controls = 38 s) (p = 0.96). The neck pain group was characterised by greater variability in neck flexor (p = 0.03) and extensor (p = 0.006) muscle endurance. For both tests, the rate of decrease in median frequency EMG was highly variable within and between groups with no significant difference between groups for the flexor or extensor test (p = 0.05-0.82). Patients with postural neck pain did not have significant impairment of neck muscle endurance or accelerated fatigue compared to control subjects. However, the greater variability in these indices of muscle function may reflect patient-specific changes in muscle function associated with neck pain disorder.