ABSTRACT
INTRODUCTION: Robotic tele-presence (RTP) is a form of mobile telemedicine, which enables a direct face-to-face rapid response by the physician, instead of the traditional telephonic paradigm. We hypothesized that a model of RTP for after-hour ICU rounds and emergencies would be associated with improved ICU nurse satisfaction. METHODS: We implemented a prospective nighttime multidisciplinary ICU round time, using RTP at our neuro-ICU. To test for critical ICU nurse team satisfaction, a questionnaire was implemented. The primary outcome was nurse satisfaction measured through a questionnaire with answers trichotomized into: agreement, disagreement, and no opinion. The occurrence of outcomes was compared between the groups by χ2 or Fisher exact tests for the difference in proportions (PD) with Bonferroni correction for multiple pairwise comparisons. RESULTS: In total, 34 nurses completed the pre-survey and 40 nurses completed the post-survey. Night nurses were more likely to agree that RTP was associated with: ICU physicians being sufficiently available in the ICU (agreement 6-20%, PD 14%, p = 0.008), present during acute emergencies (agreement 44-65%, PD 21%, p = 0.007), and had enough time to get questions answered from the physician team (agreement 41-53%, PD 11%, p = NS). CONCLUSIONS: This data suggest improvement in critical care nursing team satisfaction with a model of RTP in the neuroscience ICU, particularly during nighttime hours. RTP is a tool that may enhance communication among components of the ICU team.
Subject(s)
Intensive Care Units/organization & administration , Physician-Nurse Relations , Robotics/methods , Specialties, Nursing/instrumentation , Telemedicine/instrumentation , Telemedicine/methods , Acute Disease , Attitude of Health Personnel , Health Care Surveys , Humans , Interdisciplinary Communication , Models, Organizational , Night Care/methods , Night Care/organization & administration , Nursing Staff, Hospital/organization & administration , Outcome Assessment, Health Care , Personnel Staffing and Scheduling/organization & administration , Program Evaluation , Prospective Studies , Specialties, Nursing/organization & administrationABSTRACT
When a new technology is introduced it is important to empower the bedside practitioner with a resource tool that outlines the purpose, placement procedure, technology application guidelines, and interventions associated with that new technology. This promotes product and patient safety and successful implementation of the new technology. Continued evaluation of bedside clinical practice and the technology used in the care and treatment of the severe brain injured patient can lead to improvements in management and in technology design. Future clinical research initiatives exploring the impact of new technology will enable us to discover cost-effective treatments and interventions that will improve the outcome for a person with traumatic brain injury, a condition that devastates hundreds of thousands of Americans each year.
Subject(s)
Critical Care/methods , Hypoxia, Brain/diagnosis , Intracranial Pressure , Monitoring, Physiologic/instrumentation , Oxygen/blood , Humans , Practice Guidelines as Topic , Specialties, Nursing/instrumentation , Specialties, Nursing/methodsABSTRACT
Pupillary size and reactivity have long been a critical component of the clinical assessment of patients with neurological disorders. The pupillary examination may provide critical information related to new or worsening intracranial pathology and facilitate prompt intervention to minimize further neuronal damage. With this in mind, intensive care nurses caring for neurologically impaired patients frequently must perform pupillary examinations in concert with assigning a Glasgow Coma Scale score. The purpose of this study was to test the accuracy and reliability of an automated pupillometer compared with the standard manual examination as a preliminary step in assessing the usefulness of automated pupillometry in the critical care setting. Twenty patients in the intensive care units of a teaching hospital were examined by two groups of three examiners using both the manual examination with a penlight or similar light source and a portable automated pupillometer capable of measuring pupil size and reaction. Measurements by a static pupillometer before and after each pupillary examination were used to determine the mean "true" size of the pupil. This study found that the automated pupillometer is more accurate and reliable than the manual examination in measuring pupil size and reactivity. For these reasons, such a device may be a beneficial addition in the clinical assessment of neurologically impaired patients.
