TC13 - Measurements in Biology and Medicine - Aims
Measurement
Measurement of whole-body, organ, tissue, cellular, and molecular function; invasive, non-invasive, contactless, and remote measurements; sensing and measurement of physical, physiological, electrical, magnetic, chemical, biochemical, biological, and nuclear quantities; measurement at the bedside and in critical care; measurement in the clinical laboratory; advanced sensors, biosensors, wearable and implantable devices, and smart measurement systems for biological and medical applications.
Medical Imaging
Measurements, image processing, analysis, and interpretation in medical imaging. Measurements in diagnostic and therapeutic imaging, including X-ray, nuclear medicine, magnetic resonance, ultrasound, microwave, thermographic, optical, and biomagnetic imaging. Measurements and metrological characterization of imaging systems. AI- and machine-learning-based methods for medical image analysis, quantitative imaging, and imaging biomarkers. Measurements in X-ray and related therapies.
Medical Information Systems
Information processing of biomedical signals, images, and measurement data within the doctor–patient control loop for diagnostics, decision-making, patient management, and therapeutic procedures; knowledge-based and AI-supported systems; information handling in the clinical laboratory; intelligent instrumentation in medicine and healthcare; digital transformation and digital health technologies in biology and medicine; connected, IoT-enabled, wearable, self-powered, and portable physiological measurement and monitoring systems; telemedicine and remote health monitoring.
Keywords:
- Bioelectric and Biomagnetic Measurements and Simulations
- Bioethical Aspects of Measurement
- Biological Measurement
- Biological Measurement Standard
- Biomedical Instrumentation
- Biomedical Measurements
- Biophysical, Biomechanical and Biochemical Measurements, Simulations and Instrumentation
- Biosignal Processing
- Diagnostics using electromagnetic radiation of different frequency ranges;
- Digital Health Technologies
- Electromagnetic compatibility of materials with human tissues
- Intelligent instrumentation in medicine and biology
- Measurement in Biotechnology, Nanobiology and Nanomedicine
- Measurement information systems in Laboratory Medicine, Healthcare Rehabilitation, critical care unit
- Measurement of Electromagnetic Non-ionizing Radiation
- Measurement, Analysis, and Modelling of Physiological Quantities
- Medical decision-making and patient management; diagnostics, therapeutic and surgical procedures
- Medical Imaging
- Medical informatics and telemedicine
- Medical information systems and processing
- Metrology of ionizing radiation
- Monte Carlo simulations, risk assessment (ionizing radiation)
- Omics-Based Clinical Measurements
- Proteomics, transcriptomics, genomics, metabolomics, lipidomics, and epigenomics
- Systems biology
- Safety and performance evaluation and regulatory framework for quality of health measurements and biomedical instrumentation
- Thermographic measurements