RNA Biology
Explore RNA structure, regulation, processing, stability and cellular function across emerging research areas.
NEXT-GENERATION RNA TECHNOLOGIES
Full Event Guide
Navigate the scientific programme, research themes, expert sessions, networking opportunities and practical information designed to help you make the most of the Next-Generation RNA Technologies experience.
01 / EVENT SNAPSHOT
One event. Multiple layers of RNA innovation.
The programme brings together fundamental RNA biology, therapeutic development, molecular engineering, delivery technologies and translational research within a connected scientific environment.
RNA Therapeutics
Follow advances in mRNA, siRNA, antisense oligonucleotides, circular RNA and other therapeutic RNA modalities.
Delivery Systems
Discover strategies designed to improve RNA stability, biodistribution, cellular uptake and therapeutic performance.
Translation
Examine the scientific and technological challenges involved in moving RNA discoveries toward clinical and industrial applications.
02 / SCIENTIFIC PROGRAMME
Follow the research journey
Select a programme day to explore the scientific themes and session architecture.
09:00
OPENING SESSION
RNA Technologies: From Molecular Insight to Innovation
Opening perspectives on the evolution of RNA science and the technologies shaping the next generation of research.
10:30
SCIENTIFIC SESSION
RNA Biology & Molecular Regulation
RNA processing, modification, stability, localization and regulatory mechanisms.
13:30
TECHNOLOGY SESSION
Engineering RNA for New Biological Functions
Molecular design strategies for improving RNA performance, specificity and functional control.
16:00
NETWORKING
Research & Innovation Exchange
An opportunity for researchers, technology developers and industry professionals to exchange perspectives.
09:00
THERAPEUTICS
Next-Generation RNA Therapeutic Modalities
mRNA, siRNA, antisense technologies, circular RNA and emerging therapeutic platforms.
11:00
DELIVERY
Solving the RNA Delivery Challenge
Delivery platforms, formulation strategies, tissue targeting and intracellular transport.
14:00
TRANSLATIONAL SCIENCE
From Molecular Design to Therapeutic Candidate
Key scientific considerations involved in advancing RNA-based candidates through development.
17:00
DISCUSSION
The Future of RNA Medicine
Emerging technologies, remaining challenges and opportunities shaping the future of RNA therapeutics.
09:00
TRANSLATION
From Discovery to Clinical Development
Translational pathways connecting fundamental RNA research with therapeutic development.
11:00
INNOVATION
Emerging Platforms & New RNA Architectures
Novel molecular formats and technologies expanding the possibilities of RNA engineering.
14:00
FUTURE PERSPECTIVES
Where RNA Technologies Go Next
A forward-looking discussion on scientific, technological and translational opportunities.
16:00
CLOSING
Building the Next RNA Innovation Ecosystem
Closing reflections and perspectives from across the RNA research landscape.
03 / RESEARCH TRACKS
Explore the RNA technology landscape
mRNA Technologies
Molecular design, translation control, stability, manufacturing and therapeutic applications of messenger RNA.
RNA Interference
RNAi mechanisms, siRNA engineering, target specificity and applications in gene silencing.
RNA Editing
Emerging approaches for programmable RNA modification and post-transcriptional control.
RNA Delivery
Nanoparticle systems, formulation technologies and strategies for targeted intracellular delivery.
RNA Analytics
Sequencing, transcriptomics, structural analysis and computational approaches for characterizing RNA systems.
Clinical Translation
Scientific and technological pathways connecting RNA discovery with therapeutic development.
04 / ATTENDEE JOURNEY
Designed around scientific discovery
01
Discover
Identify emerging research directions and technological advances.
02
Learn
Engage with scientific presentations and expert perspectives.
03
Connect
Build relationships across academia, biotechnology and industry.
04
Translate
Connect scientific knowledge with future research and development.
05 / PRACTICAL INFORMATION
Everything you need before you arrive
Use this section as your practical reference before and during the event.
VENUE
Event Location
[Insert official venue name and address]
DATES
Event Dates
[Insert official event dates]
REGISTRATION
Registration Desk
[Insert registration opening time and location]
CONTACT
Event Support
[Insert official event contact information]
06 / FREQUENTLY ASKED QUESTIONS
Before you attend
The programme focuses on emerging RNA technologies, including RNA biology, therapeutic RNA modalities, molecular engineering, delivery systems, analytics and translational research.
The scientific programme is designed for researchers, biotechnology professionals, technology developers, academics, translational scientists and other professionals working across the RNA ecosystem.
Networking opportunities can include dedicated discussion sessions, scientific exchanges and interactions between researchers, technology developers and industry participants.
Please refer to the official event programme and event communications for the most recent information regarding sessions, speakers, timings and venue details.
Follow the science.
Connect the discoveries.
Shape what comes next.
The future of RNA technology will be shaped by the convergence of molecular biology, engineering, computation and translational science.