The future of virtual scientific meetings in perinatal medicine
Perinatal medicine depends on rapid exchange. Neonatologists, obstetricians, midwives, fetal medicine specialists, researchers, and allied health professionals must share evidence across hospitals, countries, and healthcare systems. Conferences have traditionally provided the setting for this exchange, combining scientific sessions with informal discussion, networking, and professional development.
The COVID-19 pandemic disrupted that model with exceptional speed. International travel restrictions, public health concerns, and uncertainty forced many congresses to postpone, cancel, or move online. The cancellation of the FAOPS 2020 congress in Tokyo demonstrated how vulnerable international scientific gatherings can be when participation depends on physical travel. The FAOPS 2020 archive preserves the structure of a planned meeting that would have brought together experts in perinatal and neonatal medicine.
The disruption also accelerated a transition that was already beginning. Webinars, digital poster halls, livestreamed lectures, and online communities became practical alternatives to traditional conferences. The lasting question is not whether virtual meetings can replace every aspect of an in-person congress, but how digital and physical formats can work together to improve scientific communication.
Why the traditional congress model is changing
In-person meetings offer an intensity that is difficult to reproduce online. A packed scientific program creates shared momentum, while corridor conversations can lead to collaborations, referrals, and new research questions. For trainees, the opportunity to meet established investigators may influence career decisions for years. These benefits remain important in perinatal medicine, where multidisciplinary cooperation often determines how evidence is applied in clinical practice.
Physical congresses also create substantial barriers. Registration fees, international flights, accommodation, visas, time away from clinical work, and family responsibilities can exclude capable participants. Researchers from lower-resource settings may have valuable findings but lack the funding to present them abroad. A digital event can reduce several of these obstacles, especially when recordings and asynchronous materials are included.
Environmental considerations are becoming relevant as well. Reducing long-distance travel can lower the carbon footprint of scientific communication. This does not mean that every meeting should become entirely virtual. It does mean that organizers should assess whether each activity requires physical presence and whether online access can extend the value of a gathering beyond its host city.
What virtual participation can add
A well-designed online congress can reach a broader audience than a venue-based event. Clinicians who cannot leave a neonatal intensive care unit, researchers managing laboratory schedules, and professionals caring for young children may be able to attend selected sessions remotely. Participants can choose content by specialty, time zone, and level of expertise instead of following a fixed room schedule.
Digital delivery also creates useful learning functions. Recorded presentations can be paused, replayed, and reviewed alongside clinical guidelines or cited studies. Searchable captions and transcripts support participants who speak different first languages and those with hearing-related access needs. A digital poster can include datasets, supplementary videos, protocols, and links to publications that would be impractical to display on a printed board.
Virtual formats can support more precise participation data. Organizers can see which sessions attract attention, where attendees leave, and which questions receive the most engagement. These measures should not be treated as a simple ranking of speakers. They can reveal scheduling problems, technical barriers, or demand for additional education in areas such as fetal growth restriction, neonatal resuscitation, preterm birth prevention, and developmental follow-up.
The strongest model is likely to be hybrid rather than purely digital. A physical congress can provide concentrated discussion and relationship building, while an online platform broadens access before, during, and after the event. Hybrid participation should be designed from the start, rather than treating remote attendees as an audience watching a room intended for someone else.
Comparing formats for scientific exchange
Each meeting format serves different goals. The right choice depends on the purpose of the event, the audience, the available budget, and the level of interaction required. A small research workshop may benefit from live discussion, while a large educational program may gain significant value from recordings and searchable resources.
| Meeting feature | In-person congress | Fully virtual meeting | Purpose-built hybrid meeting |
|---|---|---|---|
| Global reach | Limited by travel and visas | Broad, subject to internet access | Broad with a physical center |
| Informal networking | Strong and spontaneous | Weaker unless deliberately designed | Moderate to strong with digital tools |
| Cost for attendees | Often high | Usually lower | Variable |
| Carbon impact | Higher because of travel | Lower | Lower than a fully physical event |
| Access to recordings | May be limited or delayed | Usually central to the format | Can be available to all participants |
| Technical dependence | Moderate | High | High |
| Support for hands-on training | Strong | Limited unless simulation is used | Strong on site, supplementary online |
| Inclusion of remote participants | Minimal unless streamed | Built into the model | Requires dedicated planning |
Virtual meetings have a clear advantage in reach and replayability, but attendance alone does not guarantee learning. A login is not the same as engagement. Participants may be interrupted by clinical duties, household responsibilities, or unstable internet connections. Scientific societies should measure meaningful outcomes such as questions submitted, materials downloaded, collaborations initiated, and changes in clinical or research practice.
Hybrid congresses require particular care because unequal experiences can create two separate meetings. Remote participants may miss questions from the floor, informal announcements, or networking opportunities. Every presentation should therefore be delivered through a platform that allows equivalent access, and moderators should actively include online attendees rather than mentioning them only at the end.
Designing a credible digital congress
Scientific quality must remain the foundation. Abstracts should undergo transparent peer review, conflicts of interest should be disclosed, and invited speakers should receive clear guidance on evidence standards and presentation formats. A virtual setting does not reduce the need for rigor in clinical research, epidemiology, quality improvement, or laboratory science.
Program architecture matters as much as platform selection. Long blocks of consecutive livestreams create fatigue and encourage passive viewing. Shorter sessions, structured breaks, interactive case discussions, and on-demand content can improve concentration. A conference app or web portal should make it easy to search speakers, abstracts, session times, and related resources.
Technical preparation deserves the same seriousness as venue preparation. Speakers need rehearsals, reliable microphones, backup files, and a clear process for handling connection failure. Moderators should know how to manage questions, protect discussion time, and address inaccurate claims. A staffed help desk should be available throughout the event, with instructions written for users who are less familiar with digital platforms.
Privacy and data governance are especially important when clinical cases are discussed. Presenters must remove identifying information from images, recordings, and case histories. Organizers should explain how registration details, chat messages, recordings, and analytics will be stored and used. Clear consent procedures help protect patients, speakers, and participants while supporting responsible educational reuse.
Protecting conversation and professional relationships
Perinatal medicine is collaborative by nature. A neonatologist may need to work with an obstetrician, genetic counselor, nurse researcher, public health team, or parent advocate to interpret a complex issue. Virtual congresses should therefore create spaces where participants can talk in smaller groups rather than placing every interaction in a large webinar.
Useful approaches include moderated roundtables, appointment-based networking, mentoring sessions, research-interest channels, and small-group case conferences. These activities work best when participants receive a clear purpose and a skilled facilitator. A generic networking room rarely produces sustained engagement, while a focused discussion about neonatal sepsis research or respectful maternity care gives people a reason to participate.
The social dimension also affects early-career professionals. Junior clinicians may hesitate to interrupt a senior speaker in a public session but feel comfortable submitting a written question or joining a structured mentoring group. Digital events can widen access to senior expertise when they provide thoughtful moderation and avoid making networking dependent on confidence, status, or physical proximity.
The pandemic conference analysis offers useful context for understanding how international perinatal meetings were affected by travel disruption and public health conditions. That experience reinforces the need for continuity plans that preserve scientific relationships even when a physical event cannot proceed.
Making participation equitable and useful
Digital access is uneven. Some participants have fast broadband, multiple screens, and quiet workspaces; others rely on mobile data, shared devices, or hospital networks with strict security settings. A credible virtual congress should provide low-bandwidth options, downloadable materials, captions, time-zone flexibility, and recordings that remain available after live sessions.
Language access should be part of the design rather than an afterthought. Plain-language summaries, translated key resources, and accurate captions can help participants follow technical discussions. Speakers can improve comprehension by explaining abbreviations, showing readable figures, and separating central findings from secondary details.
Affordability also requires careful planning. Free or reduced registration for trainees, parent representatives, and professionals from lower-income regions can broaden participation. Abstract submission should not become inaccessible because of publication or presentation fees. Societies can seek institutional support while keeping educational content open to communities that need it.
Useful evaluation should continue after the meeting. Surveys can ask whether participants gained applicable knowledge, found collaborators, or changed a protocol. Follow-up interviews may reveal benefits that attendance statistics miss, such as a new regional research network or a clinical team adopting a better approach to thermal care for preterm infants.
Priorities for organizers planning the next meeting
A future congress should treat digital participation as a core scientific service. The following priorities can help convert emergency measures into a durable meeting strategy:
- Define which objectives require physical presence and which can be delivered more effectively online.
- Build an accessible platform with captions, recordings, searchable abstracts, mobile compatibility, and low-bandwidth access.
- Train moderators to include remote questions, maintain respectful discussion, and respond to misinformation.
- Create structured networking for trainees, researchers, clinicians, parent advocates, and multidisciplinary teams.
- Evaluate educational impact, inclusion, technical performance, and follow-up collaboration after the event.
Planning should begin with audience needs rather than a preferred technology vendor. A sophisticated platform cannot compensate for unclear learning objectives or an overcrowded schedule. Conversely, a simple system can support excellent science when content is well curated, speakers are prepared, and participants know how to engage.
Financial planning should account for both visible and hidden costs. Online delivery may reduce venue and travel expenses, but it still requires production staff, platform licensing, technical support, captioning, cybersecurity, and content management. A realistic budget helps organizers avoid unstable systems and ensures that access features are protected when resources become tight.
From emergency solution to lasting scientific infrastructure
The future of virtual scientific meetings in perinatal medicine will be shaped by thoughtful integration, not by choosing between screens and lecture halls. Physical congresses remain valuable for trust, mentoring, practical training, and spontaneous exchange. Digital participation extends their reach, preserves educational content, and gives professionals who cannot travel a meaningful place in the scientific community.
Perinatal societies can begin by auditing what worked during recent disruptions, consulting participants from different regions and career stages, and building a hybrid framework before the next crisis occurs. By investing in accessible platforms, strong moderation, ethical data practices, and measurable educational outcomes, organizers can create meetings that remain connected, inclusive, and scientifically rigorous wherever participants are located.
