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Deadline for submission of abstracts: 21 November 2025

Abstracts are invited on the following topics and should be submitted using online abstract submission system

Conference topics

The conference embraces five key themes that reflect the multidisciplinary and rapidly evolving nature of bio-sensing technology. The first two themes (day 1) explore the development of new technologies used in bio-sensing technology.

Theme 1: Novel Sensor Surfaces

  • Sensor surface fabrication

  • Capture of biological molecules in biosensor measurements

  • Integration of nanomaterials with sensor surfaces

  • Integration of biological molecules with novel materials at micro and nano scales

The sensor surface is the critical point on which any biological interaction occurs and is detected. In the past simple gold electrodes have been modified with capture molecules such as antibodies or aptamers. Interaction of the target with a capture system allows the generation of a change in signal. The theme encompasses research that explores the integration of nanomaterials onto the sensor surface, leveraging their unique properties to augment biosensor capabilities. These nanomaterials may include various types such as nanoparticles, nanowires, and nanofilms. The integration of cell surface proteins, nucleic acids, and other biological molecules with novel materials at the micron and nano-scales represents an exciting area of exploration within this theme. Furthermore, the integration of nanomaterials will be a prominent focus, exploring their role in enhancing the sensitivity, selectivity, and overall performance of biosensors. Other sensors may be fabricated from novel material such as hydrogels or cell systems.

Researchers are encouraged to present their latest findings that demonstrate their novel modification of a sensor surface that enhances the performance of a bio-sensing technology. Within this theme “green synthesis” of nanomaterials that are incorporated into sensor surfaces will be considered.

The presentations and discussions within this theme will delve into the unique characteristics, properties, and applications of these newly developed surfaces use in a bio-sensing technology. Researchers will have the opportunity to showcase their efforts in identifying, validating, and sensor surfaces for various purposes, including disease diagnosis, prognosis, treatment monitoring, and beyond. The theme provides a platform for researchers to share their novel approaches, methodologies, and experimental results in utilizing novel fabrication methods, ultimately contributing to the advancement of bio-sensing technology.

Theme 2: Novel transduction and measurement technologies

  • New and emerging detection technologies for biosensors

  • Optical, electrochemical, piezoelectric, and magnetic measurements

  • Advances in sensor fabrication and integration of micro and nano technologies

  • Signal generation and processing

The emphasis in this theme will be on showcasing research that focuses on new and emerging detection technologies used to develop novel biosensors and bio-sensing applications. The theme encompasses a wide range of transduction technologies that enable the conversion of biological interactions into measurable signals, including optical, electrochemical, piezoelectric, and magnetic measurements. It also includes the exploration of novel sensors for bio-imaging, providing exciting opportunities for advancing imaging capabilities in bio-sensing.

Researchers are encouraged to present their latest findings and breakthroughs in the development and application of new detection technologies. This theme highlights the innovative approaches and techniques employed to generate signals in biosensors, ultimately leading to improved sensitivity, selectivity, and dynamic range. The focus of this theme is on the signal generation itself, rather than the specific biomarker or application.

The presentations and discussions will explore the principles, methodologies, and experimental results associated with these novel detection technologies and fabrication techniques. Attendees will gain insights into the challenges and opportunities in signal generation, transduction efficiency, and integration of transducers with biosensor platforms. The theme seeks to foster collaborations and knowledge exchange to advance the understanding of cutting-edge detection technologies and their application in bio-sensing.

Theme 3: Continuous monitoring

  • Systems that generate continuous/near continuous bio-sensing signal

  • Integration of sensor into suitable platforms

  • Wearable and deployable systems

  • Data capture and presentation

Continuous monitoring using bio-sensing technology is essential for real-time tracking of physiological and biochemical parameters, enabling early detection of health issues and providing effective disease management. This technology is especially critical in managing chronic conditions such as diabetes, cardiovascular diseases, and respiratory disorders, where timely interventions can prevent complications. Biosensors, often integrated into wearable or implantable devices, offer non-invasive or minimally invasive monitoring of vital signs, glucose levels, or other biomarkers. Their applications extend beyond healthcare into fitness, environmental monitoring, and even food safety, where real-time data collection and analysis improve decision-making, enhance safety, and promote personalized interventions.

The emphasis in this theme will be on showcasing research that focuses on new and emerging technologies that enable sensors to provide a continuous, or near continuous data stream with out replacing the sensor. For example, wearable technologies for sweat analysis or monitoring technologies to detect bacteria in water over time.

Researchers are encouraged to present their latest findings and breakthroughs in the development and application of new detection technologies at allow continuous monitoring. This theme highlights the innovative approaches and techniques employed to generate continuous signals in biosensors, ultimately leading to novel applications for improving healthcare, the environment or food safety. The focus of this theme is on the signal generation itself, rather than the specific biomarker or application.

The presentations and discussions will explore the principles, methodologies, and experimental results associated with continuous measurement technologies and fabrication techniques. Attendees will gain insights into the challenges and opportunities in signal generation, transduction efficiency, and integration of sensors with novel platforms. The theme seeks to foster collaborations and knowledge exchange to advance the understanding of cutting-edge technologies and their application in continuous monitoring.

Theme 4: Point of use technologies

  • Rapid, low-cost sensing technologies

  • Detection of infectious disease

  • Signal generation and processing

  • Technology of low-income countries

This theme delves into the challenges associated with point-of-use bio-sensing technology which are crucial for delivering rapid, on-site diagnostic results without the need for centralized laboratory facilities. This theme addresses the growing demand for accessible, cost-effective, and timely health assessments, particularly in remote, resource-limited, or emergency settings. It enables early detection and monitoring of diseases such as infections, metabolic disorders, and even cancer by providing immediate feedback from a small biological sample. Beyond healthcare, point-of-use biosensors are widely applied in environmental monitoring (e.g., detecting pollutants in water), food safety (e.g., identifying contaminants or spoilage), and biodefense (e.g., detecting pathogens or toxins). Their portability, ease of use, and fast response time make them indispensable tools for decentralized testing and decision-making in various fields.

Researchers within this theme will present their findings related to novel point-of-use technologies highlighting need and challenges that have been addressed. Technologies could include novel sample extraction devices integrated sensing technology such as electrochemical sensors, optical sensors, and piezoelectric sensors. Advances in microfluidics, nanotechnology, and paper-based platforms have further enhanced these sensors by improving sensitivity, reducing cost, and enabling portability. These also enable multi-analyte measurements.

Presentations and discussions within this theme will focus on advancements fabrication techniques and integration of the bio-sensing technology into useable system that allow rapid measurements at point-of-use. Researchers will share their experiences in extracting meaningful information generated by bio-sensing devices and explore novel approaches for signal processing, noise reduction, and feature extraction to enhance the performance and utility of the technology.

Theme 5: Integration in real world settings

  • 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 commercialization

This theme shines a spotlight on research and technologies that have been successfully employed in real-world settings. It encompasses the presentation and discussion of field or clinical and field trials, as well as technologies that are in the process of being commercialized. The focus of this theme is to showcase practical applications of bio-sensing technology across diverse sectors, including agri-tech, health applications, security, and food quality/safety applications.

Researchers within this theme will share their experiences and findings from trials conducted in real-world scenarios. This may involve the evaluation of bio-sensing technologies in agricultural settings to improve crop yield, optimize resource management, or monitor environmental conditions. In the realm of health applications, researchers may present the outcomes of clinical trials that demonstrate the efficacy and reliability of bio-sensing devices for disease diagnosis, patient monitoring, or personalized medicine. The theme also encompasses the exploration of bio-sensing technologies used in security applications, such as threat detection and surveillance. Additionally, advancements in food quality and safety applications, including the monitoring of contaminants or authentication of food products, will be highlighted.

Researchers and industry professionals will present their innovative solutions that have transitioned from the laboratory to the market. This may include the development of biosensor-based products, devices, or services with the potential for widespread adoption and impact. The commercialization aspect of this theme aims to bridge the gap between research and practical implementation, fostering collaborations and knowledge exchange between academia and industry.

By showcasing research and technologies employed in real-world settings, the conference aims to highlight the practical applications and commercialization potential of bio-sensing technology. The theme encourages collaborations and knowledge exchange between researchers, industry professionals, and policymakers, fostering an environment conducive to translating research outcomes into tangible solutions. Ultimately, advancements in real-world applications and commercialization will contribute to the broader goal of harnessing the full potential of bio-sensing technology across multiple sectors, benefiting society at large.

Guidelines for authors

You can submit as many abstracts to the conference for review as you would like. If, after the review by the committee, you have more than one paper accepted for the conference, you will need to register to attend and pay an additional paper fee for each additional paper (i.e., for the 2nd, 3rd, 4th papers – not the 1st). Please note this is for papers that you are the presenting author of, not papers that you are co-author of.

Successfully submitted abstracts will be acknowledged with an electronic receipt including an abstract reference number, which should be quoted in all correspondence. Allow at least 2 hours for your receipt to be returned to you.

Once the paper is accepted, at least one of the authors must register for the conference and present the paper at the conference.

Abstracts of all accepted contributions will be included within the online abstract system which will be distributed to all registered conference participants.

For revisions or queries regarding papers already submitted

If you do not receive acknowledgement for your abstract submission or you wish to make any essential revisions to an abstract already submitted, please DO NOT RESUBMIT your abstract, as this may lead to duplication. Please contact us with details of any revisions or queries. Please quote your reference number if you have one.

Please do not email credit card information under any circumstances.