[Disease management for heart failure patients: role of wireless technologies for telemedicine. The ICAROS project]. Telemedicine experience for chronic care in COPD. Virtual outreach: a telemedicine pilot study using a cluster-randomized controlled design. Outcomes of the Kaiser Permanente Tele-Home Health Research Project. Nurse and patient communication profiles in a home-based telehealth intervention for heart failure management. A randomized trial of telemedicine-based collaborative care for depression. Telemedicine in the emergency department: a randomized controlled trial.
Healthcare costs for heart failure are increasing. The need for a better care, however, has to be matched with a policy of cost containment. A way to improve the cost-effectiveness of heart failure care is the disease management approach, in which therapy, education and follow-up are tailored for each patient by a multidisciplinary team. Such a complex intervention can be facilitated by the use of telemedicine, which allows the remote control of considerable amounts of clinical data. In Italy, a few studies with telemedicine have been reported. A recent development in this field is represented by the ICAROS project (Integrated Care vs Conventional Intervention in Cardiac Failure Patients: Randomized Open Label Study), whose aim is to improve the clinical and psychological care of heart failure patients employing advanced wireless telecommunication technology. So far, we randomized 60 patients: 30 in usual ambulatory care, 30 in an intensive treatment group. The latter patients were instructed to use a portable computer to get in touch daily with the heart failure clinic and receive feedback instruction for the management of drug therapy and daily problems. At the first year of follow-up, the treatment group showed good compliance to drug prescriptions, and could easily handle the portable computer. The preliminary results of this ongoing study support the feasibility and appropriateness of new technologies for the management of heart failure, even in elderly patients in whom a limited expertise with these appliances could have been anticipated. Information and telecommunication technologies are called to play a major role in the changes that healthcare systems have to face to cope with chronic disease. This paper reports a telemedicine experience for the home care of chronic patients suffering from chronic obstructive pulmonary disease (COPD) and an integrated system designed to carry out this experience. To determine the impact on health, the chronic care telemedicine system was used during one year (2002) with 157 COPD patients in a clinical experiment; endpoints were readmissions and mortality. Patients in the intervention group were followed up at their homes and could contact the care team at any time through the call center. The care team shared a unique electronic chronic patient record (ECPR) accessible through the web-based patient management module or the home visit units. Results suggest that integrated home telemedicine services can support health professionals caring for patients with chronic disease, and improve their health. We have found that simple telemedicine services (ubiquitous access to ECPR, ECPR shared by care team, accessibility to case manager, problem reporting integrated in ECPR) can increase the number of patients that were not readmitted (51% intervention, 33% control), are acceptable to professionals, and involve low installation and exploitation costs. Further research is needed to determine the role of telemonitoring and televisit services for this kind of patients. A pilot study was carried out in preparation for a full-scale randomized controlled trial of teleconsultations versus routine outpatient consultation. The method of study recruited sufficient numbers of patients and avoided selection bias. Over five months, 439 referrals were received, but 297 patients were not eligible to enter the trial because they did not fall within the specialties/consultants included in it. Of the 132 referrals entering the trial, 62 were randomized to the intervention group and 70 to the control group. Consent to participate in the experimental arm of the trial was obtained for all but 13 patients. The results also suggested that patient satisfaction with teleconsultation may exceed that with conventional outpatient consultation, with a strong indication of overall time savings for patients. Level of acuity and number of referrals for home health care have been escalating exponentially. As referrals continue to increase, health care organizations are encouraged to find more effective methods for providing high-quality patient care with cost savings.
                To evaluate the use of remote video technology in the home health care setting as well as the quality, use, patient satisfaction, and cost savings from this technology.
                Quasi-experimental study conducted from May 1996 to October 1997.
                Home health department in the Sacramento, Calif, facility of a large health maintenance organization.
                Newly referred patients diagnosed as having congestive heart failure, chronic obstructive pulmonary disease, cerebral vascular accident, cancer, diabetes, anxiety, or need for wound care were eligible for random assignment to intervention (n = 102) or control (n = 110) groups.
                The control and intervention groups received routine home health care (home visits and telephone contact). The intervention group also had access to a remote video system that allowed nurses and patients to interact in real time. The video system included peripheral equipment for assessing cardiopulmonary status.
                Three quality indicators (medication compliance, knowledge of disease, and ability for self-care); extent of use of services; degree of patient satisfaction as reported on a 3-part scale; and direct and indirect costs of using the remote video technology.
                No differences in the quality indicators, patient satisfaction, or use were seen. Although the average direct cost for home health services was $1830 in the intervention group and $1167 in the control group, the total mean costs of care, excluding home health care costs, were $1948 in the intervention group and $2674 in the control group.
                Remote video technology in the home health care setting was shown to be effective, well received by patients, capable of maintaining quality of care, and to have the potential for cost savings. Patients seemed pleased with the equipment and the ability to access a home health care provider 24 hours a day. Remote technology has the potential to effect cost savings when used to substitute some in-person visits and can also improve access to home health care staff for patients and caregivers. This technology can thus be an asset for patients and providers. This study compared differences in nurse and patient communication profiles between two telehealth modes: telephone and videophone, and evaluated longitudinal changes in communication, nurse perceptions, and patient satisfaction.
                Subjects were enrolled in a randomized controlled clinical trial evaluating a 90-day home-based intervention for heart failure. Telephone (n=14) and videophone (n=14) interactions were audio taped and analyzed using the Roter Interaction Analysis System.
                Nurses were more likely to use open-ended questions, back-channel responses, friendly jokes, and checks for understanding on the telephone compared to videophone. Compliments given and partnership were more common on the videophone. Patients were more likely to give lifestyle information and approval comments on the telephone, and used more closed-ended questions on the videophone. Nurses perceptions of the interactions were not different between the telephone and videophone, nor did their perceptions change significantly over the course of the intervention. There were no significant differences in patient satisfaction between the telephone and videophone.
                The results of this study did not support use of a videophone over the telephone.
                It is critical to match technologies to patient needs and use the least complex technology possible. When considering use a videophone, health care providers should critically examine the trade-offs between additional complexities with the added value of the visual interaction. Evidence-based practices designed for large urban clinics are not necessarily portable into smaller isolated clinics. Implementing practice-based collaborative care for depression in smaller primary care clinics presents unique challenges because it is often not feasible to employ on-site psychiatrists.
                The purpose of the Telemedicine Enhanced Antidepressant Management (TEAM) study was to evaluate a telemedicine-based collaborative care model adapted for small clinics without on-site psychiatrists.
                Matched sites were randomized to the intervention or usual care.
                Small VA Community-based outpatient clinics with no on-site psychiatrists, but access to telepsychiatrists. In 2003-2004, 395 primary care patients with PHQ9 depression severity scores > or = 12 were enrolled, and followed for 12 months. Patients with serious mental illness and current substance dependence were excluded.
                Medication adherence, treatment response, remission, health status, health-related quality of life, and treatment satisfaction.
                The sample comprised mostly elderly, white, males with substantial physical and behavioral health comorbidity. At baseline, subjects had moderate depression severity (Hopkins Symptom Checklist, SCL-20 = 1.8), 3.7 prior depression episodes, and 67% had received prior depression treatment. Multivariate analyses indicated that intervention patients were more likely to be adherent at both 6 (odds ratio [OR] = 2.1, p = .04) and 12 months (OR = 2.7, p = .01). Intervention patients were more likely to respond by 6 months (OR = 2.0, p = .02), and remit by 12 months (OR = 2.4, p = .02). Intervention patients reported larger gains in mental health status and health-related quality of life, and reported higher satisfaction.
                Collaborative care can be successfully adapted for primary care clinics without on-site psychiatrists using telemedicine technologies. Emergency physicians and nurses were trained in telemedicine techniques in two emergency departments, one rural (low volume) and one suburban (high volume). Fifteen patient complaints were selected as appropriate for the study. Of 122 patients who met the inclusion criteria, 104 (85%) consented to participate. They were randomized to control and experimental groups. The suburban emergency physician diagnosed and treated the control patients. Experimental patients presenting to the high-volume emergency department were evaluated and treated by the telemedicine nurse in person and the rural emergency physician via the telemedicine link. Immediately before discharge all telemedicine patients were re-evaluated by the suburban emergency physician. Data collected on each patient included: diagnosis; treatment; 72 h return visits; need for additional care; and satisfaction of patient, physicians and nurses. There were no significant differences (P > 0.05) for occurrence of 72 h return visits, need for additional care or overall patient satisfaction. The average patient throughput time (from admission to discharge) was 106 min for the telemedicine group and 117 min for the control group. Telemedicine was a satisfactory technique for the chosen group of patients in the emergency department and was acceptable to the participants.
Establishing systems for patient care using telecommunications technologies is feasible, but there is little evidence of clinical benefits. The studies provided variable and inconclusive results for other outcomes such as psychological measures, and no analysable data about the cost effectiveness of telemedicine systems. The review demonstrates the need for further research and the fact that it is feasible to carry out randomised trials of telemedicine applications. Policy makers should be cautious about recommending increased use and investment in unevaluated technologies.