An estimated 5 million Americans have congestive heart failure (CHF) and one in five over the age of 40 will develop CHF. There are numerous examples of CHF patients living beyond the years normally expected for people with the disease, usually attributed to taking an active role in disease management. A relatively new alternative for CHF outpatient care is telemedicine and e-health. We investigated the effects of a 6-week in-home telemedicine education and monitoring program for those with systolic dysfunction on the utilization of health care resources. We also measured the effects of the unit 4.5 months after its removal (a total of 6 months post introduction of the unit into the home). Concurrently, we assessed participants' perceptions of the value of having a telemedicine unit. Participants in the telemedicine group reported weighing more times a week with less variability than did the control group. Telemedicine led to a reduction in physician and emergency department visits and those in the experimental group reported the unit facilitating self-care, though this was not significantly different from the control group (possibly due to small sample size). These findings suggest a possibility for improvement in control of CHF when telemedicine is implemented. Our review of the literature also supports the role of telemedicine in facilitating home health care and self-management for CHF patients. There are many challenges still to be addressed before this potential can be reached and further research is needed to identify opportunities in telemedicine.

Our purpose is to describe a case of atlanto-occipital dislocation and discuss treatment approaches to minimize subsequent neurological deficits. Traumatic atlanto-occipital dislocation, has traditionally been considered rare and lethal, due to resulting high levels of spinal cord injury. Outcomes are generally expected to be poor. However, recent case reports indicate that survival is increasing. Of patients who survive cranio-cervical dislocation, many endure resulting neurological deficits. We present a rare case of a 23-year-old male, who sustained an atlanto-occipital dislocation in a motor vehicle accident. The patient presented with a Glasgow Coma Scale (GCS) of 11T. Lateral C-spine x-ray and thin-section slices CT delineated a C1 ring fracture on the left side with approximately 1 cm anterior and superior subluxation of the occipital condyles of the cranium in reference to C1. The patient was completely awake, alert, and was following commands. The patient underwent a cranio-cervical stabilization from occiput to C3, using lateral mas screws (C1-C3) and transarticular screws (C2-C3). The Vertex (Medtronics) system used included longitudinal bars connected to the lateral mas plating system, which was subsequently used to place screws within the keel of the occipital bone. Motor strength and sensation remained intact following surgery. One-week post-operation, the patient was ambulating 140 feet, conversationally appropriate, and had a GCS of 15. This case illustrates the possibility for neurosurgical intervention of cranio-cervical dislocations to achieve optimal outcome and demonstrates that survival from this injury is not only conceivable, but recovery of function is also possible.

The training available to perioperative nurses in rural areas is often inefficient and can be difficult to access. We designed a distance training programme using educational material from the Association of Perioperative Registered Nurses (AORN). Over a six-year period, we compared the performance of 22 nurses undertaking the programme via telemedicine with that of 13 nurses undertaking it conventionally, in person. The telemedicine nurses were based at six rural hospitals and interacted with their preceptors via remotely controlled videoconferencing systems. There was no significant difference in the time taken to complete the programme: 118 days in the telemedicine group and 84 days in the in-person group. There were no significant differences between groups in the AORN module scores. The average AORN final examination score was 88% for the telemedicine group and 91% for the in-person group. The scores from skills assessed were not significantly different between groups. The majority of students in the in-person and telemedicine groups considered that the programme was a success (92% and 91% respectively). The study suggests that telemedicine merits serious consideration for training in perioperative nursing specifically, and probably more generally in the nursing field.

Over one-third of adults are at risk of developing sleep disorders. Telemedicine is emerging as an effective tool in sleep medicine by allowing people to undergo sleep studies without overnight hospital stays (e.g. monitoring at home). Telemedicine has the potential to overcome several obstacles in the diagnosis and treatment of sleep disorders by offering increased access to sleep specialists, enhancing health-care support for patients in their homes and providing cost-effective professional education. The initial costs for telemedicine equipment and training are not insignificant; however, the benefits may outweigh the expense over time. However, recapturing the initial costs cannot be assumed.