ICBBE 2024 provides an enabling platform for innovative academics, engineers and industrial experts in the field of Biomedicine and Bioinformatics Engineering to exchange new ideas and present research results.
The topics of interest for submission include, but are not limited to:
Biomedicine1). Biomedical materials 2). Medical nanotechnology 3). Cell therapy technology 4). Principle of medical instrument 5). Medical imaging instrument 6). Medicine, Diagnostics 7). Surgery 8). Physiology 9). Medical electronics 10). Biological pharmacy 11). Individualized treatment | Bioinformatics Engineering1). DNA sequence analysis 2). Protein encoding 3). Gene expression 4). Molecular biology 5). Protein space structure simulation Genetic information 6). Genetic engineering 7). Protein alignment 8). Gene recognition analysis 9). Molecular evolution 10). Sequence overlaps group assembly | Molecular Biology1). DNA and RNA structure, function and sequence analysis 2). Gene regulation, expression, identification and network 3). Protein structure, function and sequence analysis 4). Cell biology 5). Biophysics 6). Biotechnology 7). Microbiology and virology 8). Tissue/organ regeneration & transplantation 9). Intracellular transport 10). Computational evolutionary biology 11). Genetics 12). Immunology |
Bioinformatics and Computational Biology1). Protein structure, function and sequence analysis 2). Protein interactions, docking and function 3). Computational proteomics 4). DNA and RNA structure, function and sequence analysis 5). Gene regulation, expression, identification and network 6). Structural, functional and comparative genomics 7). Gene engineering and protein engineering 8). Computational evolutionary biology 9). Drug design and computer aided diagnosis 10). Data acquisition, normalization, analysis and visualization 11). Algorithms, models, software, and tools in Bioinformatics 12). Any novel approaches to bioinformatics problems | Medical Imaging Technology and Application1). Magnetic resonance imaging 2). X-ray, CT, PET and SPECT 3). Ultrasound imaging 4). Functional imaging 5). Optical imaging, microscopy and infrared imaging 6). Image reconstruction and retrieval 7). Image visualization and volume rendering 8). Image guided focused irradiation 9). Robotic surgery 10). Therapeutic interventions performed with the use of digital imaging technology 11). Frameless as well as conventional stereotactic procedures | Chemistry, Pharmacology and Toxicology1). Medical chemistry 2). Pharmaceutical analysis and drug control 3). Pharmaceutical technology 4). Pharmacology 5). Pharmaceutical biology (pharmacognosy) 6). Drug absorption and metabolism 7). Pharmacokinetics and pharmacodynamics 8). Drug delivery 9). Pharmaceutical care 10). Clinical drug evaluation 11). Toxicology |
Biomechanics and Biomechanical Engineering1). Artificial organs, biomechanics of organs 2). Biomechanics & modeling of cell and molecular 3). Cellular and tissue mechanics/engineering 4). Computational biomechanics/physiological modeling 5). Biofluid mechanics, biorheology, blood flow measurement techniques 6). Microcirculation, hemodynamics 7). Cardiovascular/cardiac mechanics 8). Clinical biomechanics 9). Hearing mechanics 10). Sports mechanics, joint mechanics, rsa, motion analysis 11). Muscle/neuromuscular/musculoskeletal mechanics and engineering 12). Neural- & neuro-behavioral engineering 13). Orthopedic biomechanics 14). Respiratory system engineering 15). Mechanobiology of diseases 16). Implant design and mechanics 17). Mechanics of medical robotics 18). Biomedical instrumentation and biosensors that implicate 'human mechanics' in details 19). Other topics that implicate 'mechanics' in medicine, biology, and healthcare | Biomedical Signal Processing and Medical Information1). Biomedical signal processing 2). Medical big data and machine learning 3). Application of artificial intelligent for biomedical signal processing 4). Signal quality assessment for dynamic data monitoring 5). Analysis of ECG, PCG, EEG, EMG, blood pressure, pulse, respiration and sleep signals 6). Telemedicine, mobile health and internet of things technologies in medical applications 7). Clinical applications for chronic illnesses detection 8). Rehabilitation engineering and clinical engineering 9). Wearable device and signal processing 10). Biomedical instrumentation and sensors 11). Medical information technology |