J-BHI publishes original papers describing recent advances in the field of biomedical and health informatics where information and communication technologies intersect with health, healthcare, life sciences and biomedicine. Papers must contain original content in theoretical analysis, methods, technical development, and/or novel clinical applications of information systems. Topics covered by J-BHI include but are not limited to: acquisition, transmission, storage, retrieval, management, processing and analysis of biomedical and health information; applications of information and communication technologies in the practice of healthcare, public health, patient monitoring, preventive care, early diagnosis of diseases, discovery of new therapies, and patient specific treatment protocols leading to improved outcomes; and the integration of electronic medical and health records, methods of longitudinal data analysis, data mining and discovery tools. Manuscripts may deal with these applications and their integration, such as clinical information systems, decision support systems, medical and biological imaging informatics, wearable systems, body area/sensor networks, informatics in biological and physiological systems, personalized and pervasive health technologies (u-, p-, m- and e-Health), telemedicine, home healthcare and wellness management. Topics related to integration include interoperability, protocol-based patient care, evidence-based medicine, and methods of secure patient data.
Specific topics covered by J-BHI include but are not limited to:
- Sensor Informatics – body sensor networks; wearable, ingestible and implantable systems; biosensor design, miniaturisation and embodiment; antennas, RF and intra-body communication; wireless communication standards, security and privacy, and QoS; smart point-of-care and wireless physiological monitoring devices (e.g. ECG, EMG, EEG and PPG); ASIC and embedded system design, on-node processing, smart devices and app development; autonomic sensing, distributed inference, context aware sensing and multi-sensor fusion; data compression; wearable and assistive devices for rehabilitation, well-being and ageing population;
- Bioinformatics – biological information systems and large scale ‘-omics’ databases, modelling, pattern matching and algorithms; systems biology, computational biology, and organ/system/disease-level informatics (e.g. physiome, neuro-informatics, cancer-informatics, and cardiovascular-informatics platforms);
- Imaging Informatics – image-enabled electronic medical records (EMR), PACS, hospital information systems (HIS), and radiology information systems (RIS) integration; computer aided diagnosis, database aggregation and distribution; image biomarkers and high-throughput systems; metadata, ontology and content-based image retrieval and decision support; multi-scale image fusion, visualization, high-content screening and image data mining;
- Medical Informatics – electronic health record, interoperability, connectivity, semantics, syntax, vocabulary, terminology, ontologies, standards, clinical guidelines/pathways, protocols; privacy, security, trust, PKI, smart card technology; regional and community health information networks, hospital information systems and clinical information systems, including PACS and disease management systems; collaborative technologies in health care delivery, including telemedicine; intelligent interpretation of health data, decision support systems, computer assisted, remote guidance and virtual reality applications in diagnostic and therapeutic procedures.
- Public Health Informatics – pervasive healthcare, wellness management utilising, e.g., ubiquitous computing, smart environments, embedded and wearable sensors; influenza monitoring and prediction; life-style chronic disease management and behaviour modification; personalized and pervasive health technologies (telemedicine, u-, p-, m- and e-Health) for public health.
- Modeling and AI in Informatics – Multiscale modeling molecular/cellular/tissue/
organ/system/disease-level informatics, neuro-informatics, cancer-informatics, and cardiovascular-informatics platforms); data science and data engineering for biomedicine and health; network mining and modeling; biomedical and health data curation, augmentation and harmonization; machine learning and artificial intelligence methodologies for biomedical data analysis and interpretation; intelligent decision support systems for improving health outcomes; and intelligent informatics for extended digital health reality.
In the topics of Sensor Informatics, Imaging Informatics, Medical Informatics and Public Health Informatics only human studies are allowed, while in the area of Bioinformatics both human and animal studies are allowed.