International Journal of Biomedical Innovations and Engineering

International Journal of Biomedical Innovations and Engineering [3107-3549(e)] is an online peer-reviewed engineering and scientific journal launched in 2023 serving the fields of reinforced plastics and polymer composites including research, production, processing, and applications. IJBIE brings you the details of developments in this rapidly expanding technology area long before they are commercial realities. It provides a platform to discuss new issues in the area of polymer & composite that are a combination of polymers (i.e., thermosets or thermoplastics) with various continuous and non-continuous reinforcements/fillers, principally added to polymers to improve the material performance. The journal also seeks to advance the quality of research by publishing papers introducing or elaborating on new methods and practices in Chemical Engineering. IJBIE is now an open platform to publish articles in open-access special issues.

The journal welcomes contributions across the following topic areas:

• Medical Imaging & Signal Processing: image acquisition and reconstruction techniques, MRI and CT imaging technologies, ultrasound and PET imaging, medical signal processing and analysis, image segmentation and enhancement, feature extraction and pattern recognition, image registration and fusion, quantitative imaging biomarkers, artificial intelligence in medical imaging, clinical diagnostic applications, disease detection and monitoring, image-guided interventions, and validation and quality assessment
• Biomechanics & Biomaterials: mechanics of biological tissues and structures, tissue characterization and properties, modeling and simulation of physiological processes, biomechanical analysis of human movement, ergonomic assessment and design, joint and bone mechanics, cardiovascular mechanics and hemodynamics, development and characterization of biomaterials, biocompatibility and biological response, material selection for medical applications, and translational research outcomes
• Biomedical Instrumentation & Sensors: medical device design and development, sensor technologies for health monitoring, transducers and measurement systems, wearable devices and continuous monitoring, implantable sensors and devices, biomedical signal acquisition, amplification and conditioning, diagnostic and monitoring instruments, rehabilitation and assistive devices, point-of-care testing devices, and clinical validation and performance evaluation
• Bioinformatics & Computational Biology: computational methods for biological data analysis, genomic and genetic data analysis, proteomic data mining and analysis, metabolomic profiling and interpretation, systems biology and pathway analysis, biological network modeling, machine learning in biological discovery, sequence analysis and alignment, structural bioinformatics and protein modeling, and data-driven approaches to precision medicine
• Biomedical Systems & Control: control systems for medical devices, feedback and closed-loop control, physiological monitoring and regulation, automation in surgical and therapeutic procedures, medical robotics and surgical robots, robotic-assisted interventions, physiological feedback systems and homeostasis, clinical system integration, telemedicine systems and remote control, and outcomes and performance assessment
• Medical Informatics & Health Information Systems: electronic health records and clinical documentation, healthcare data management and integration, data interoperability and standards, healthcare information systems architecture, clinical decision support systems, telemedicine platforms and remote patient monitoring, patient data privacy and security, healthcare cybersecurity, regulatory compliance in healthcare IT, and system implementation and adoption
• Neuroengineering & Neural Systems: brain-computer interfaces and BCIs, neuroprosthetics and neural control devices, neural recording and stimulation technologies, neuroimaging techniques and analysis, neural signal processing and decoding, neural modeling and computational neuroscience, brain function mapping and understanding, neurological disorder diagnosis, deep brain stimulation and neuromodulation, and clinical translation of neural technologies
• Tissue Engineering & Regenerative Medicine: engineered tissue design and fabrication, bioreactor design and optimization, cell culture and seeding technologies, biomaterial scaffolds and matrices, vascularization and innervation strategies, molecular and cellular approaches, gene therapy and transfection, organoid and microtissue development, immunoengineering and tolerance, translational research and clinical trials, and regulatory pathways and approval processes
• Drug Delivery Systems & Therapeutic Engineering: targeted drug delivery and controlled release, nanoparticles and nanocarriers, microfluidic drug delivery platforms, implantable delivery systems, gene therapy vehicles, protein and peptide delivery, personalized medicine and dosing, pharmaceutical device combinations, in vitro and in vivo testing, and clinical translation and outcomes
• Medical Robotics & Surgical Automation: surgical robot design and control, robotic-assisted procedures and techniques, minimally invasive surgery platforms, imaging-guided robotics and navigation, force feedback and haptic systems, autonomous surgical systems, training and simulation, clinical outcomes and safety, and regulatory and ethical considerations