BACKGROUND

Leprosy continues to pose significant health challenges globally, leading to stigma and disability when left untreated. Patient education is crucial in addressing these challenges. While traditional health lectures (THL) are widely used, they face limitations such as inconsistent delivery and low patient engagement. Video-based education (VBE) offers a more modern, scalable alternative, enhancing learning through immersive technology.

This study compared the effectiveness of VBE versus THL in improving leprosy patients’ understanding, perspectives, and quality of life (QoL) in a tertiary hospital in the Philippines

A randomized controlled trial with 1:1 allocation ratio was conducted among 57 leprosy patients, divided into VBE and THL groups. Baseline and post-intervention questionnaires measured understanding, patient perspectives, and QoL using the Dermatology Life Quality Index, collected immediately after and two weeks post-intervention. Statistical analyses included chi-squared tests, t-tests, and Pearson’s correlations.

VBE significantly improved patients’ understanding, perspectives, and QoL compared to THL. Post-intervention, 43% of VBE participants showed a high level of understanding, versus 24% in the THL group (p = 0.048). VBE had greater positive impact on patient perspectives and QoL (p = 0.011 and p = 0.046). Knowledge retention was higher in VBE group after two weeks (p = 0.0373), with improvements in understanding strongly linked to better perspectives and QoL (r = 0.54 and r = 0.65).

VBE proved more effective than THL in enhancing understanding and retention, perspectives, and QOL. With its multi-sensory, scalable format, VBE offers a promising and efficient tool for patient education, particularly in resource-limited settings.

Delivery of Health Care ; Technology

Necessity motivates innovators in low- to middle-income countries (LMICs) to develop medical devices that solve unmet local health needs. At the start of each process, multidisciplinary teams incubate ideas. Design planning and validation require funding, infrastructure, procurement, and testing. Ultimately, the regulatory and technology transfer processes usher the technology to market. These stages are standard procedures in developed nations; in an LMIC, these present a new set of hurdles to overcome. To assist innovators, this paper describes the hurdles from ideation to regulation and technology transfer and delineates mechanisms to address them.
medical device ; health technology ; technology transfer

Wearable technology, which can continuously and remotely monitor physiological and behavioral parameters by incorporated into clothing or worn as an accessory, introduces a new era for ubiquitous health care. With big data technology, wearable data can be analyzed to help long-term cardiovascular care. This review summarizes the recent developments of wearable technology related to cardiovascular care, highlighting the most common wearable devices and their accuracy. We also examined the application of these devices in cardiovascular healthcare, such as the early detection of arrhythmias, measuring blood pressure, and detecting prevalent diabetes. We provide an overview of the challenges that hinder the widespread application of wearable devices, such as inadequate device accuracy, data redundancy, concerns associated with data security, and lack of meaningful criteria, and offer potential solutions. Finally, the future research direction for cardiovascular care using wearable devices is discussed.
Big Data ; Delivery of Health Care ; Wearable Electronic Devices ; Technology ; Blood Pressure

Introduction: Access to appropriate and timely care underpins the Republic Act 9707 or the Universal Newborn Hearing Screening and Intervention Act of 2009. However, less than 10% of babies born every year have been screened for hearing loss. The Hearing for Life (HeLe) research program aims to increase the rate of newborn hearing screening (NHS) nationwide through the development and deployment of novel digital health or eHealth technologies in government rural primary care health centers (PCHC). The HeLe is also built on the global call for increased and systematic use of eHealth to strengthen health systems. Effectiveness of eHealth innovations requires acknowledgment of the product’s life cycle; one consideration is organizational readiness at this development stage of the HeLe. Objective: This study assessed readiness of the eight PCHC selected to use the HeLe technologies. Methods: This research utilized the Khoja-Durrani-Scott (KDS) eHealth evaluation tool to assess the PCHC’s readiness level prior to the implementation of HeLe. The KDS tool was distributed through a self-administered survey; data was analyzed using descriptive statistics. Readiness is measured in terms of seven dimensions or outcomes resulting from the use of the HeLe technologies. Results: The study revealed that the eight PCHC were most to least ready, in decreasing order, in the following areas: Ethical, Health, Technology, Social & Cultural, Readiness & Change Management, as well as Economic, and Policy outcomes. The study affirms the PCHCs’ value for equity in health care, i.e., providing accessible NHS services in the community setting closest to where the families and their newborns are. Likewise, results confirm the PCHC staff’s preparedness for another set of innovations, through agreement with statements on Technology, Social & Cultural as well as Readiness & Change Management parameters. Conclusions The results informed the training and technical support strategies to be implemented by the HeLe program proponents. However, even in this early development phase of the HeLe technologies, the PCHC are already concerned with how to sustain NHS services after the research. Fully aware that the HeLe ICT tools need to be maintained and upgraded, the PCHC views that economic and policy support should also be in place to ensure continuous delivery of the ICT-enabled NHS services. While results are illustrative, usefulness is limited by the small sample size and character of the study sites. Nevertheless, social dimensions still have to be carefully considered as innovative NHS tools are introduced to primary care health workers nationwide. Researchers have to be deliberate in working with broader health systems and policy advocacy efforts to allow novel NHS technologies to be smoothly introduced at the community level and frontlines of care.
Telemedicine ; Health ; Technology ; Change Management ; Policy ; Ethics ; Primary Health Care

Background: The Department of Rehabilitation Medicine of the University of the Philippines-Philippine General Hospital (UP-PGH) established its telerehabilitation service program in 2017. The program previously catered to patients in a partner rural community by providing teleconsultation and teletherapy over a distance. With the unprecedented coronavirus disease 2019 (COVID-19) pandemic, the program has expanded its service to outpatients previously managed face-to-face by the department, regardless of location. Objectives: This study aimed to evaluate the usability of the telerehabilitation service program at UP-PGH when it was expanded during the pandemic and to associate telerehabilitation usability ratings with the participant groups, demographic characteristics, and prior telemedicine knowledge and experience. Methods: This cross-sectional study involved the doctors, physical therapists, occupational therapists, psychologists, patients, and patients’ carers, who participated in at least one telerehabilitation session and consented to respond to a digital survey thereafter. Total enumeration sampling of all telerehabilitation participants was employed. The study outcome was the usability of the expanded telerehabilitation program based on the System Usability Scale (SUS) benchmarked at 68. Descriptive and inferential statistics were done at a 95% confidence interval. The participants’ responses to open-ended questions regarding telerehabilitation experience and recommendations were also presented. Results: The participants consisted of 19 doctors, 11 therapists, 37 patients, and 74 caregivers. The majority of the participants were female and lived in urban areas. The primary online telerehabilitation platforms used were Viber™ and Zoom™. The mean of overall SUS scores was below average for health providers [doctors (mean = 61.71), therapists (mean = 67.73)]; and above average for end-users [patients (mean 74.56), and carers (mean = 71.89)]. There was a significant difference in the overall SUS scores between doctors (mean: 61.7) and patients (mean: 74.6), p<0.05. In terms of videoconferencing platform, participants reported significantly higher system usability for those who used either Zoom™ (mean: 75.0) or Viber™ (mean: 69.3), as compared to Google Meet™ (mean: 53.1), p<0.05. There was no significant difference in the overall SUS scores across sexes, places of residence, primary telerehabilitation techniques used, prior telemedicine knowledge, and experience. The majority viewed telerehabilitation as a valuable method to provide service during the pandemic, but they were mostly concerned with technical problems, particularly an unstable Internet connection. Conclusion The expanded telerehabilitation service program of the PGH was perceived as useful by patients and caregivers but not by the health providers. While the program succeeded in providing continued outpatient rehabilitation services during the pandemic, the challenges experienced by its telehealth providers must be investigated and addressed.
Telemedicine ; Telerehabilitation ; Physical and Rehabilitation Medicine ; Technology Assessment, Biomedical ; Delivery of Health Care

Introduction: The National Telehealth Service Program (NTSP) has developed Information Technology (IT) systems aimed at improving health services primarily in isolated Philippine communities. These included two electronic health records modalities (Community Health Information Tracking System, or CHITS, and Real-time Regular Routine Reporting for Health, or R4Health), a referral system (Telemedicine), and a remote diagnostic device (RxBox). Objectives: This study was undertaken to describe the utilization and cost patterns as well as the perceptions of the local health personnel regarding the use of the various NTSP systems. The implications of the end-user perceptions on the acceptability and expanded use of the IT interventions were inferred, from which corresponding policy recommendations were made. Methods: Twelve NTSP sites, including far-flung and economically depressed communities, where the systems were concurrently available over a defined six month period, were selected. The frequency of respective system transactions for these sites was collected from NTSP files. Interviews and focus group discussions were conducted at the communities, involving physicians, nurses, midwives, and other health workers. Associated costs, and perceptions related to the adoption, operation, and sustained use of the IT systems were elucidated. Results: Telemedicine, though the least costly modality, was the least utilized of the systems. While both R4Health and CHITS facilitated health data management, CHITS provided more locally-relevant information. The RxBox system, due to its clinical diagnostic device component, was widely accepted and also increased health center consultations, especially among pregnant patients. Technical malfunctions, as well as system failures following natural calamities, were recurrent problems. Conclusions The RxBox system, with its bundled health records and specialist consultation functions, is highly accepted by health providers and other community stakeholders. The technology can be expected to be similarly well-regarded in other settings. The stand-alone IT modalities that do not directly or significantly benefit the actual implementers are not as sustainable.
Electronic Health Records ; Information Technology ; Telemedicine

BACKGROUND: It has long been observed globally that the extent to which developing countries can achieve health targets depends on their capacity to generate, harness, and apply science and technology (S&T). Beyond the health sector, S&T contributes to development by providing a solid foundation for education, infrastructure, and economic progress. The United Nations Conference on Trade and Development (UNCTAD) suggests a set of fundamental elements for an ideal S&T environment: knowledge generators, producers, infrastructures, and the policy instruments.

OBJECTIVES AND METHODS: Through document and secondary data review guided by the UNCTAD fundamental elements, this paper aimed to 1) provide an overview of the S&T policies in the country, 2) assess the country's S&T status, 3) identify gaps and challenges, and 4) provide recommendations to strengthen the S&T environment in the country.

RESULTS: The country's set of policies in S&T has succeeded in attracting businesses, nurturing good governance, and applying necessary regulatory mechanisms that offers protection and incentives to innovation. While performance in Education & Research has improved, spending on research, patent applications, and journal publications lags regionally and globally. The country's university-industry collaboration has been in decline since 2015. Between 2013 to 2015, innovations strongly enabled changes in business and organizational models. Data show that the country has been devoting increasing percentage of its GDP to Gross Capital Formation. Conversely, logistics performance has been decreasing. The country's score for information and communication technology has been increasing since 2013. Since 2014, the density of newly registered business has remained stagnant.

CONCLUSION: Policies implemented through the years in the Philippines have managed to balance strengthening infrastructure capacity while increasing translation and uptake of new knowledge and technologies by enterprises. The country's S&T performance has remained largely stagnant despite the availability of human capital. The Philippines has devoted low funding to research and development, indicating the low priority that it has for S&T. This is manifested in the low research output of the country, in the form of patents and publications, that lags both regionally and globally. The availability of quality infrastructure is a requirement for efficient work of researchers and facilitates adaption of new technologies by enterprises. However, these developments must be coupled with good logistical processes to meet the demands of researchers and the industry

Biomedical Research ; Comprehensive Health Care ; Drug Industry ; Drugs, Chinese Herbal ; chemistry ; pharmacology ; Humans ; Medicine, Chinese Traditional ; economics ; Technology, Pharmaceutical

OBJECTIVES: The Internet of Things (IoT) and its applications are growing simultaneously. These applications need new intelligent devices along heterogeneous networking. Which makes them costly to implement indeed. Platforms and open devices designed for open-source hardware are possible solutions. This research was conducted under an IoT design, implementation, and assessment model for the remote monitoring of pulse oximetry via oxygen partial saturation (SpO2) and heart rate (HR) with low-energy consumption. METHODS: This study focused on the development of SpO2 and HR measurements that will allow the monitoring and estimation in real time of the user's state and health related to the established parameters. Measurements were acquired and recorded using a remote web server that recorded the acquired variables for further processing. The statistical analysis data allows comparison of the registered data measured with theoretical models. RESULTS: The IoT model was developed use Bluetooth low-energy devices, which comply with low-cost and open-hardware solutions operated via ‘HTTP requests’ for data transmission and reception from a cloud server to an edge device. Network performance assessment was conducted to guarantee the availability and integrity of the acquired values and signals. The system measured SpO2 and HR variables. The most significant result was to achieve energy consumption 20% lower than that of devices in the market. CONCLUSIONS: In summary, the acquired data validation based on the IoT model had a transmission error of 0.001% which proves its applicability in healthcare.
Delivery of Health Care ; Heart Rate ; Internet ; Models, Theoretical ; Monitoring, Physiologic ; Oximetry ; Oxygen ; Remote Sensing Technology