Authors of abstracts selected for poster presentation will be required to print (based on official dimensions) and set up their poster in a dedicated area at the conference venue. Each poster session will comprise guided poster tours per topic: two poster chairs per topic will walk along the posters together with the attendees of that particular poster session. The poster presenter is asked to join the guided poster tour and present his/her poster to the chairs and audience at the designated slot. For each poster, 1.5 minutes presentation and 1.5 minutes discussion time are foreseen. Poster chairs will rate the posters of their session and propose the top three ranked for overall poster prize selection.
The relationship between environmental health, socio-economic living conditions, individual behavior and public health is very complex. To obtain a better understanding of this, human biomonitoring data are collected and used as science-based evidence to underpin measures for safeguarding environmental quality and to minimize the adverse effects of environmental stressors. Biomonitoring, the monitoring of chemicals in humans and the environment, serves as the basis for a wide range of political decisions and regulation measures in the field of human and environmental health.
Biobanks play a key role in assessing environmental healthiness and for human biomonitoring activities, since they can provide high-quality environmental and human samples with associated data. Hence, the aim of this session is to highlight the general value of biobanks for human & environmental biomonitoring by providing insights into the latest research results and initiating a joint discussion on how established and internationally distributed biobanks can work together, how samples can be shared, and how to create the greatest possible knowledge by collaborating to monitor pollution- and lifestyle-associated diseases.
The emerging ISO standards for the pre-analytical handling of samples in biobanking give hope that sample quality can be much better maintained and documented. The aim of the session is to focus on the problem of reproducibility by examining where in modern biobanking variability occurs and how we can diminish these issues in the future in order to drive the quality of the biobank samples forward and to be ready for the demand for high-quality samples for all novel technologies.
Session Chairs: &
Biobanking is highly critical to advance research in rare diseases. The aim of the session is to showcase how obstacles are overcome for rare disease cohorts, despite rarity and diversity.
This session will showcase and discuss (i) the role of biobanks in new conservation strategies for saving extremely endangered species from extinction and (ii) biobanks as new source for studying evolutionary traits on the cellular level in different species and their biomedical potential for developing new treatment strategies for example against cancer, diabetes or cardiovascular diseases.
Implementation of the newly published CEN technical specifications and the new ISO standards on biobanks (ISO TC276), which describe requirements of standardization and documentation, is a crucial step toward better reproducibility of results. In this session we will discuss the opportunities of these standards and the hurdles to overcome when implementing these standards. We also highlight implementation programs or projects as examples of how to put these standards into practice.
Zoos play a fundamental role in protecting and preserving endangered species. Particularly, zoological research centers address genetics, animal behaviour, animal welfare, veterinary medicine and animal morphology, among other topics. Hereby, biobanks enable local and international collaborative research projects addressing sample quality, traceability, transparency and exchangeability. This session will showcase successful zoological research projects while indicating current and future challenges and discussing possible solutions.
This session focuses on the implications of the General Data Protection Regulation (GDPR) for our biobanking community, especially the impact of the national derogations and the intrinsic issues faced by biobanks and research in relation to the requirements of data processing, including transnational transfer, transfer to third countries, and secondary use of data. We welcome presentations that highlight the challenges and solutions (best practices) implementing the legal requirements.
Quality assessment and management of samples is a critical aspect in biobanking, since consistent quality of biospecimens is necessary to generate reliable data for basic and clinical research. This session will aim to provide up-to-date approaches to assess the quality of your samples and examples of quality management programs available to support this.
How do you create and sustain a healthy biobank? In this session we present and discuss how you can improve the financial, operational and social sustainability of biobanks.
Biobanks are essential for scientific breakthroughs in precision medicine leading to new treatments. Precision medicine research is based on the analysis of samples with clinical data – and, because the associations are often weak, we need these samples in large quantities. The implication is clear: if more, well-characterized, high-quality samples are available through biobanks, the faster research will advance and impact upon the faster delivery of precision healthcare today. The systematic collection of human samples of high quality is a key element for the success of future treatments. Furthermore, biobanks are already part of molecular tumor board process chains thus improving patient treatment individually. During this session, we will show examples and discuss how biobanks can facilitate and improve precision medicine now and in the future.
The quest to personalized medicine leads to very complicated scientific questions in clinical trials, demanding even further refinement of corresponding clinical information. Having good samples and data for translational research is fundamental to personalized medicine. Fit for purpose biobanks can drive efficient, effective and high-quality delivery of new medicines, improving the health of people around the world. In this session, we will showcase how biobanks can support clinical trials to find answers needed to make precision medicine available for all patients.
If we want researchers to be able to produce reliable findings, we need to make sure that they have access not only to high-quality samples but also to associated high-quality data. In this session we will present the state-of-the-art in data quality: the definition of data quality, the dimensions of data quality, and quality management systems for achieving or describing the aspired data quality characteristics.
Plant biobanks, such as in vitro gene banks, plant cryobanks, seedbanks for crops and wild species, field gene banks and collections of plant cell cultures and algae, preserve valuable genetic resources. To maintain high quality and viability of plant tissues are the major challenges. The presentations in the sessions will focus on challenges, milestones and critical aspects of the quality management of plant genetic resources.
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Biobanks exceedingly extend their repertoire by characterizing biosamples through molecular imaging technologies and by implementing medical imaging data. This session will showcase and discuss the future impact and role of micro- / nanoscopy techniques and medical imaging for biobanks now and in the future. Molecular imaging technologies will include e.g., high- throughput tissue microarrays, live-cell microscopy, Total Internal Reflection Fluorescence (TIRF)-Microscopy, Stimulated Emission Depletion (STED)-nanoscopy, and Atomic Force Microscopy (AFM). Medical imaging tools will compromise a wide range of state-of-the-art clinical applications, e.g. Radiography, MRI, PET, SPECT, CT, and Magnetic Particle Imaging.
Plant biobanks are responsible for the maintenance of plant genetic diversity. The high variability within the species limits the possibility to apply standardized methods known from industry and agriculture, such as harvest, cleaning and controlling processes. Modern technologies, such as imaging technologies and machine learning approaches may face the challenge of the phenotypic variability of the different species. The presentations in the sessions will focus on present and modern technologies and methodologies which increase the efficiency of processes and the quality of biobank material.
Museums prepare, digitise, analyse and interpret natural history materials reflecting the entire biodiversity from Earth and space. Biobanking has become an integral part of this endeavour. Successful projects will be highlighted and future challenges and possible solutions discussed.
How do biobanks govern sample and data access? The critical role of biobank access committees will be showcased, whether that is related to the scientific assessment of the research or the ethics review.
These are committees that are charged to ensure that samples and data are shared for sound scientific research.
This session is also open to other relevant ELSI issues related to sample and data access including the potential of stakeholder engagement in both the setup of a research project, and also in the conduct of the research project itself, such as the return of results of these research projects.
Revealing the impact of different lifestyles, environments and genetic predispositions in diverse populations can help to improve disease prevention, risk prediction, and precision medicine. A fundamental role is played by prospective biobank studies that thoroughly characterize large numbers of healthy individuals and monitor their health/disease status over time. Success stories, pitfalls, and opportunities will be highlighted while emphasizing international collaborations to bring population-based biobanking to the next level.
Session Chairs: & Zisis Kozlakidis
The amount of data we collect, generate and store is rapidly increasing due to new technologies (genomics, proteomics, etc.) that produce big data along with the large population cohorts, and global collaborations. In this session, we aim to highlight cohorts that generate big data, the methods/techniques (including but not limited to artificial intelligence) used to analyze the big data associated with these studies as well as concepts on how biobanks can either support or benefit from artificial intelligence.
Becoming a Biobanker is dedicated to showcasing educational programs and courses for biobankers. Understand which international or European courses are being offered and discuss challenges and opportunities in a biobanker’s career.
Pitch your innovative idea in 3 minutes. These could be cutting-edge ideas, products, or solutions that could impact samples, biobankers, researchers and patients, and eventually add to a healthier world. The floor is open for all stakeholders, from biobankers to vendors, from researchers to patients.