METHOD: A hermeneutic phenomenological approach was used to understand the experience of nurses caring for patients in the acute setting who had sustained a traumatic spinal injury with associated neurological deficit. Using the phenomenological approach guided by the insight of Gadamer and Max Van Manen, participants with a broad range of experience were recruited and interviewed. The responses were transcribed into a text and subjected to hermeneutic analysis. Burnard's (1991) 14-step process and the hermeneutic approach were used to interpret and understand the phenomenon of interest.
CONCLUSION: The study highlights the experience and challenges of providing care to these individuals. Although patients had significant physical disabilities and were often dependent physically, the nurses' concerns were directed more towards fulfilling their psychological needs. Nurses identified grieving patients and felt their role was to provide realistic hope to motivate them. They felt an internal tension regarding desensitisation towards their patients, but this was often an internal protective mechanism to deal with the significance of the events surrounding these patients. Nurses new to this setting took time to learn the routines and manage the unique challenges effectively. Caring for these patients gave the nurses the opportunity to understand their patients and their families, and appreciate that both groups will fluctuate in their behavior throughout the acute process, as they adjust to grief and loss.
METHODS: In this study, 0.05 mM KA was administered at dose of 10 µL/100 g body weight, at a rate of 10 µL/min, to induce spinal injury by intra-spinal injection between the T12 and T13 thoracic vertebrae. In this protocol, detailed description of a dorsal laminectomy was explained to expose the spinal cord, following intra-spinal kainic acid administration at desired location. The dose, rate and technique to administer kainic acid were explained extensively to reflect a successful paraplegia and spinal cord injury in rats. The postoperative care and complication post injury of paraplegic laboratory animals were also explained, and necessary requirements to overcome these complications were also described to help researcher.
RESULTS: This injury model produced impaired hind limb locomotor function with mild seizure. Hence this protocol will help researchers to induce spinal cord injury in laboratories at extremely low cost and also will help to determine the necessary supplies, methods for producing SCI in rats and treatments designed to mitigate post-injury impairment.
CONCLUSIONS: Kainic acid intra-spinal injection at the concentration of 0.05 mM, and rate 10 µL/min, is an effective method create spinal injury in rats, however more potent concentrations of kainic acid need to be studied in order to create severe spinal injuries.