The need for centralised data resources and bioinformatics services prompted the development of dedicated infrastructures. The establishment in 1994 of the European Bioinformatics Institute (EMBL-EBI), an outstation of European Molecular Biology Laboratory (EMBL) was followed by the development of bioinformatics networks and national bioinformatics infrastructures in most European countries. These infrastructures encompass resources and services that are organised and coordinated at a country level, and aim to provide the necessary tools, resources, and expertise to researchers and organisations within a country. The infrastructures include several key components: collaboration and networking, data, software, computing resources, training, support, ELSI (Ethical, Legal and Societal Implications) and outreach.

In a second phase, the increasing need to have synchronised approaches across Europe led to the development of the distributed infrastructure for life-science data (ELIXIR) ( Crosswell and Thornton, 2012; Harrow et al., 2021). ELIXIR was developed as a project in 2006 and became an ESFRI (European Strategy Forum on Research and Innovation) landmark in 2016. ELIXIR brings together national centres across Europe into a coordinated infrastructure for bioinformatics.

The relevance of such organisations became obvious during the COVID-19 pandemic, as nations urgently depended on them to access analysis pipelines and efficiently manage data. Currently, large scale European projects, such as the European Genomic Data Infrastructure (GDI) and EOSC-ENTRUST, rely on these structures for their European and national reach. In addition, while the bioinformatics ecosystem has increasingly embraced the FAIR (Findable, Accessible, Interoperable, and Reusable) principles for data ( Rocca-Serra et al., 2023; Wilkinson et al., 2016), software ( Barker et al., 2022; Goble et al., 2020; Patel et al., 2023), and training ( Garcia et al., 2020), the effective implementation of these principles remains challenging. The national bioinformatics infrastructures were identified to be adequate mechanisms to overcome these challenges ( Soranzo and Goble, 2023).

A keystone of national bioinformatics infrastructures, the national professional organisations in bioinformatics play roles in networking facilitation, training or job placement. Importantly, through the implicit national representation, these professional organisations can ethically advocate the interests of the profession, broaden participation, drive change, develop and deploy standards and ethical guidelines. ( Mourad et al., 2018; Suddaby et al., 2002). Bioinformatics professional organisations exist in most European countries, although their role depends on national circumstances. Guidelines on how to establish bioinformatics communities and scientific professional societies can be found in ( Budd et al., 2015) and ( Gaëta et al., 2017).

We present in this paper the priming and evolution of the bioinformatics community and ecosystem in Romania between 2017 and 2024. We describe how the Romanian bioinformatics community evolved into an established national society - the Romanian Society of Bioinformatics (RSBI), the process of preparing a national bioinformatics infrastructure and the steps towards Romania’s ELIXIR Membership.

The RSBI was established as a bioinformatics professional society following a preparation phase that started in 2017 with a mission to enhance Romania’s bioinformatics capacity. At that time, Romania lacked the critical mass necessary to develop self-sustaining bioinformatics programs and had minimal collaborations among bioinformatics groups across the country.

The development of the bioinformatics community into a national society was closely tied to a series of bioinformatics workshops organised by the founding group. By co-organising workshops in partnership with various host organisations, and establishing a presence in different academic centres (Bucharest, Cluj-Napoca, Iaşi, Timişoara), RSBI achieved widespread national distribution and facilitated connections among scientists from its inception.

RSBI officially came into existence in 2019, following the approval by the Romanian Government for RSBI to adopt the national reference, an approval given after the founding community demonstrated national representation. Importantly, the development of the society and the Bylaws of Association were freely debated among the founding members of the association.

Right from the start, RSBI prioritised transparency, a sense of ethics, and achieving a balanced geographical, academic and gender representation. Of note, the initial development was facilitated by a strong involvement of the Romanian diaspora from the Wellcome Sanger Institute and the European Bioinformatics Institute, UK.

RSBI is governed by a board of up to 6 members. Among these members, one serves as the legal representative. The board is chosen by the General Assembly through a voting process, an anonymous voting procedure being adopted starting April 2024.

The society fosters continuous communication among its members, recognizing it as a fundamental aspect of its operations. This communication is facilitated through an email group as well as monthly meetings. Additionally, RSBI ensures engagement with stakeholders and the public through active management of social media accounts ( RSBI, 2018a, 2018b)

Recognizing the deficiencies in both data and training infrastructure, RSBI suggested to the national community the development of an entity capable of conducting nationwide activities to address these challenges.

Following a thorough consultation period within the research community, the Romanian Bioinformatics Cluster, or “Clusterul Român de Bioinformatică” in Romanian, hereon CRB, was established in 2022 by seventeen universities and research and medical organisations in collaboration with two national professional organisations ( Figure 2; https://bioinfocluster.ro/). CRB operates as a not-for-profit entity with legal status and a federated structure. Its organisational model draws inspiration from national ELIXIR consortia.

CRB is governed by the General Assembly of Members, in which each member institution has a representative and an executive body, the Board of Directors. The Board of Directors is elected for a 2-year mandate, an anonymous nomination and voting procedure being implemented starting May 2024. The daily administration is carried out by an Administrative Entity, currently “G. E. Palade” University of Medicine, Pharmacy, Science and Technology of Târgu Mureş.

The primary objectives of CRB include: •

A framework for the development of national bioinformatics training and training resources. This entails backing programs conducted by RSBI, as well as contributing to the development and upkeep of bioinformatics training resources, and facilitating the training delivery. In practice, within the framework developed by the ELIXIR Training Platform, this will consist in the development of an eLearning ecosystem, supporting the implementation of the FAIR-ification ( Garcia et al., 2020) of training materials, and supporting the train-the-trainer programmes in bioinformatics.

Thanks to its federated structure and strong interaction within ELIXIR, CRB possesses the necessary mechanisms to assist member universities and other national research centres in adopting best practices and adhering to standards. This is particularly significant given that new projects in life sciences are slated for funding in Romania in 2024, and Romania expanded its participation in European research infrastructures through the development of National Nodes for ERIC-MIRRI (Observership; 2023) and Genomic Data Infrastructure (Onboarding; 2024). Harmonising the bioinformatics outcomes and addressing the technical and differing issues to achieve functional interoperability requires inter-institutional approaches, such as those enabled through the CRB structure.

The initial phase of RSBI’s development was driven by a pressing need to start bioinformatics training, foster a sense of community, advocate for the importance of this profession, and contribute to the establishment of a country-wide network of bioinformaticians.

The present and forthcoming period for the Romanian life sciences is marked by the implementation or planning of several large-scale projects requiring bioinformatics, and Romania’s integration into the broader European bioinformatics ecosystem. Coinciding with these developments, RSBI approached a maturity stage, a stage in which its role as a professional organisation is evolving.

Maintaining a strong sense of community remains RSBI’s fundamental mission. This spirit of community is crucial not only for facilitating training and networking but also for spearheading the adoption of new methodologies. Monthly meetings, annual conferences, training and public engagement events have been and will continue to be effective mechanisms for connecting the community. Alongside these, the establishment of national communities of practice embedded in the ELIXIR communities is anticipated to accelerate the development of the national bioinformatics capacity. As a transversal organisation, RSBI can act as a unifying force for stakeholders, bringing together diverse parties to facilitate discussions in the best interest of national bioinformatics. RSBI can also play a significant role in strengthening the local community by sustainably connecting Romanian bioinformatics professionals in the diaspora with scientists in the country.

The training activities are poised to evolve with the adoption of FAIR principles. As high-quality resources become more available, especially through ELIXIR, there is a need to adjust the training model accordingly. The national bioinformatics training program must transition to a more integrated approach, aligning closely with the broader European resources offered by ELIXIR Nodes.

The engagement with the wider life science community and the public would need to be scaled up. Of note, community engagement and involvement is becoming a prerequisite for major research projects. National professional societies and infrastructures offer the optimal framework for fostering this involvement. RSBI can achieve sustained communication with the general public on a large scale through collaborations with other organisations.

The evolution of bioinformatics as a profession, along with its expanding roles in science and industry, will inevitably raise new ethical considerations. RSBI must gradually transition into assuming the role of an ethics body to address these emerging ethical challenges.

Importantly, RSBI’s activities must be closely linked with those of CRB. Firstly, the infrastructure developed by CRB, and notably the mechanisms to implement FAIR, can be impactful only if adopted by the community. RSBI has the scale and mechanisms to advocate for these principles within the community. Secondly, an ELIXIR Node has the institutional mechanisms to leverage the resources required by RSBI to organise training and public engagement programmes. Finally, the relationship between these two organisations, both developed on ethical principles, offers a framework to maintain checks and balances, ensuring equitable access to resources and appropriate representation of community interests. Although the scope of an ELIXIR Node, which focuses on infrastructure development, differs from that of a national professional organisation, which aims to connect, facilitate career development, and represent the professional community, these entities must work closely, optimise synergies, and manage overlaps.

BM developed the concept with input from HLB and MA. BM performed the research and prepared the manuscript. DM and MDL prepared the figures included in the manuscript. CZB prepared the Supplementary Material 2. MA, HLB and CZB contributed to the preparation and revision of the manuscript.