Building upon the successes of its predecessors, this conference will continue to serve as a premier platform for leaders from industry and academia to convene, exchange knowledge, and foster collaborations in the dynamic field of bio-sensing technology.
This conference will provide an unparalleled platform for participants to access the latest developments in bio-sensing technology. Attendees can expect a diverse range of sessions and presentations that cover advancements in novel biomarkers, binding technologies, applications of new materials, integration of new transducers and instrumentation, and data analysis and interpretation. With this in mind, the 8th International Conference on Bio-Sensing Technology embraces five key themes that encompass a diverse array of topics, ensuring comprehensive coverage of the multidisciplinary nature of bio-sensing technology.
Recent global events have underscored the pivotal role of bio-sensing technologies in shaping political decisions, facilitating scientific breakthroughs, and instilling public confidence. Notably, the significance of biomarkers in various domains, including virus and antibody testing critical for controlling the spread of infectious diseases like COVID-19, has come to the forefront. The ever-growing demand for faster, more sensitive, and reliable testing methodologies, as evidenced by numerous COVID-19-related funding calls, highlights the need for advancements in biomarker-based detection technologies. This demand extends beyond coronavirus detection and encompasses diverse applications of bio-sensing technology in healthcare, agri-food, environment, and security.
Researchers across multiple disciplines are working to enhance bio-sensing technologies by developing new binding technologies, leveraging advanced materials, integrating state-of-the-art transducers and instrumentation, and exploring innovative approaches to biomarker analysis. Additionally, the secure transmission, interpretation, and analysis of the data generated by bio-sensing technologies remain crucial factors for successful implementation. Furthermore, seamless connectivity with the broader world continues to be a driving force for advancing bio-sensing technologies.
Conference attendees will have the opportunity to immerse themselves in the city's enchanting atmosphere, exploring iconic landmarks such as the Alcázar of Seville and the Cathedral of Seville, which is the largest Gothic cathedral in the world.
Conference Topics
Abstracts are invited on the following topics and should be submitted using the online abstract submission system. Abstract submission deadline: 24 November 2023.
The major areas of research, innovation and commercialisation in bio-sensing technology are reflected in the 5 themes of the conference. The scope and area of the invited talks in each theme is given below:
1. Novel Biomarkers
Application of novel molecules in bio-sensing technology
Interaction of biological molecules in biosensor measurements
Focus on novelty of biomarkers or bio-capture/receptor molecules
Emphasis on biomarker application, such as rapid diagnostics
2. Advances in Binding Technologies
Sensor surface research and development
Immobilization, stabilization, and interactions of biological molecules
Integration of nanomaterials on sensor surfaces
Integration of biological molecules with novel materials at micro and nano scales
3. Integration of New Transducers and Instrumentation
New and emerging detection technologies for biosensors
Optical, electrochemical, piezoelectric, and magnetic measurements
Advances in sensor fabrication and integration of micro and nano technologies
4. Data Analysis, Interpretation, and Modelling
Understanding interactions and measuring signals in bio-sensing applications
Mathematical models and visual representations for signal analysis
Signal and image processing, data analysis, and communication technologies
5. Real-World Applications and Commercialization
Reports of field or clinical trials
Technologies in the process of being commercialized
Applications in sectors such as agri-tech, health, security, and food quality/safety
Bridging the gap between research and practical implementation
Economic and societal impact of successful commercializationRead more
This conference will provide an unparalleled platform for participants to access the latest developments in bio-sensing technology. Attendees can expect a diverse range of sessions and presentations that cover advancements in novel biomarkers, binding technologies, applications of new materials, integration of new transducers and instrumentation, and data analysis and interpretation. With this in mind, the 8th International Conference on Bio-Sensing Technology embraces five key themes that encompass a diverse array of topics, ensuring comprehensive coverage of the multidisciplinary nature of bio-sensing technology.
Recent global events have underscored the pivotal role of bio-sensing technologies in shaping political decisions, facilitating scientific breakthroughs, and instilling public confidence. Notably, the significance of biomarkers in various domains, including virus and antibody testing critical for controlling the spread of infectious diseases like COVID-19, has come to the forefront. The ever-growing demand for faster, more sensitive, and reliable testing methodologies, as evidenced by numerous COVID-19-related funding calls, highlights the need for advancements in biomarker-based detection technologies. This demand extends beyond coronavirus detection and encompasses diverse applications of bio-sensing technology in healthcare, agri-food, environment, and security.
Researchers across multiple disciplines are working to enhance bio-sensing technologies by developing new binding technologies, leveraging advanced materials, integrating state-of-the-art transducers and instrumentation, and exploring innovative approaches to biomarker analysis. Additionally, the secure transmission, interpretation, and analysis of the data generated by bio-sensing technologies remain crucial factors for successful implementation. Furthermore, seamless connectivity with the broader world continues to be a driving force for advancing bio-sensing technologies.
Conference attendees will have the opportunity to immerse themselves in the city's enchanting atmosphere, exploring iconic landmarks such as the Alcázar of Seville and the Cathedral of Seville, which is the largest Gothic cathedral in the world.
Conference Topics
Abstracts are invited on the following topics and should be submitted using the online abstract submission system. Abstract submission deadline: 24 November 2023.
The major areas of research, innovation and commercialisation in bio-sensing technology are reflected in the 5 themes of the conference. The scope and area of the invited talks in each theme is given below:
1. Novel Biomarkers
Application of novel molecules in bio-sensing technology
Interaction of biological molecules in biosensor measurements
Focus on novelty of biomarkers or bio-capture/receptor molecules
Emphasis on biomarker application, such as rapid diagnostics
2. Advances in Binding Technologies
Sensor surface research and development
Immobilization, stabilization, and interactions of biological molecules
Integration of nanomaterials on sensor surfaces
Integration of biological molecules with novel materials at micro and nano scales
3. Integration of New Transducers and Instrumentation
New and emerging detection technologies for biosensors
Optical, electrochemical, piezoelectric, and magnetic measurements
Advances in sensor fabrication and integration of micro and nano technologies
4. Data Analysis, Interpretation, and Modelling
Understanding interactions and measuring signals in bio-sensing applications
Mathematical models and visual representations for signal analysis
Signal and image processing, data analysis, and communication technologies
5. Real-World Applications and Commercialization
Reports of field or clinical trials
Technologies in the process of being commercialized
Applications in sectors such as agri-tech, health, security, and food quality/safety
Bridging the gap between research and practical implementation
Economic and societal impact of successful commercializationRead more
