BioFAIR Hub

Tony Burdett

BioFAIR Director
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Profile of Tony Burdett

Biography

Contact details: 

Tony.Burdett@earlham.ac.uk

Tony is the Director of BioFAIR which aims to create a collaborative digital research infrastructure to support the sharing and management of life science data. 

Tony is an experienced leader in bioinformatics, specialising in FAIR data management and delivery of research-enabling services for the life sciences. 

He has made significant contributions to international scientific collaborations around the development of innovative data solutions. 

In his previous role as Technical Team Leader at EMBL-EBI, he led a team responsible for the European Nucleotide Archive and the EMBL-EBI’s BioSamples database, ensuring seamless accessibility and sharing of sequencing and multi-omics data for the global life sciences community. He has been responsible for the delivery of large-scale data platforms, both at EMBL-EBI and as part of international consortia such as the Human Cell Atlas. 

As a lead of the ELIXIR Interoperability Platform, Tony Burdett has also been instrumental in developing sustainable, interoperable data infrastructures across ELIXIR member states and defining innovative approaches to the practical adoption of FAIR principles.

With strategic funding from the UKRI Biotechnology and Biological Sciences Research Council (BBSRC) and Medical Research Council, BioFAIR will establish a cohesive, collaborative digital research infrastructure, delivered from a coordinating hub at the Earlham Institute in Norwich and in partnership with a broad network of UK-based partners.

NBRI

Davide Annese

Research Assistant - Automation Specialist
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Profile of Davide Annese

Biography

Personal pronouns: He/him

Contact details:

Davide.Annese@earlham.ac.uk

Davide Annese

@davideanne.bsky.social

ORCiD


 

I currently hold a position as Automation Specialist at the Biofoundry where my role primarily consists into translating, adapting and/or creating protocols to automate Synthetic Biology basic experiments and assays.

The automation and miniaturisation of these pipelines increases accuracy, allows larger scale processing, and decreases costs by reducing reagents volumes and manual labour required.

I have previously worked as research assistant in plant synthetic biology at the University of Cambridge, in Jim Haseloff's laboratory, with a focus on Marchantia polymorpha Transcription factor expression and spatial regulation.

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Profile of Eve Cook

Eve Cook

Administrative Assistant to the Executive Team

Biography

Contact details:

eve.cook@earlham.ac.uk

 

Biography

I joined the Earlham Institute in January 2025 as Administrative Assistant to the Executive Team.

I am responsible for supporting the Executive Team with a range of organisational tasks, including diary management and meeting preparation.

Prior to joining EI, I worked at a variety of organisations, including a Legal Indemnity Insurance company as PA to the Directors, where I supported members of the Board and Associate Directors, to more recently working within the Norfolk Library Service as an Information Assistant.

Event Science

Norwich Nanopore Day 2025

Forging a community of experts to share best practice, promote discovery and collaboration

Start date: 18 September 2025
End date: 18 September 2025
Time: 9.30 - 15.30
Venue: Earlham Institute (Norwich UK)
Organiser: Conrad Nieduszynski
Enquiries:

training@earlham.ac.uk

 

Registration deadline: 08 September 2025
Cost: Free of charge

About the event

Nanopore technology allows direct sequencing of DNA and RNA with ultra-long read lengths, sensing of modified bases and real-time data analysis. 

This is generating new insights including telomere-to-telomere genome assemblies, increased power to detect splice variants, single-molecule epigenetic analyses and consequently greater understanding of diversity within living systems.

We will bring together Norwich-based researchers who use nanopore sequencing technologies and those interested in discovering more about potential applications across a wide variety of species. 

The event will feature a keynote speaker alongside talks from scientists across the Norwich Research Park. The event covers the application of nanopore sequencing in various protocols and systems including microbial, plant, animal and human health and disease. 

Take a look at last year's event for an idea of topics discussed previously.

The second annual Norwich Nanopore Day will offer a forum for researchers across Norwich to discuss the latest developments and provide ample networking opportunities with other researchers to build a community of experts and initiate new collaborations.  

As this event is focused on bringing together local expertise and experience, please only register if you are based at a Norwich institute or organisation.

Abstracts

We are offering the opportunity to present your research as a short talk, and abstracts should be submitted when you register. 

We would particularly like to encourage PhD students and early career researchers to submit abstracts, we have reserved plenty of time and space in the schedule to hear from you all!

  • The submission deadline for abstracts is 23.59 on Sunday August 17, 2025
  • All abstracts must be submitted electronically as part of your registration. Submissions via email will not be accepted
  • Abstract limits are 250 words (excluding title, authors and affiliations)
  • Presenting author should be highlighted in bold
  • Abstracts will be reviewed and presenting authors notified of the outcome within 2 weeks of submission closing. 
     

This event is supported by Oxford Nanopore Technologies and Qiagen.

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Logos of Oxford Nanopore Technologies and Qiagen

Register today.

Registration deadline: 08 September 2025

Register your interest in attending Norwich Nanopore Day 2025 today.

Research

Roza Bilas

Postdoctoral Research Scientist
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Profile of Roza Bilas

Biography

Contact details:

roza.bilas@earlham.ac.uk

ORCiD

I am a Postdoctoral Research Scientist in the Guiziou Group, where my research focuses on uncovering the intricate mechanisms of lateral root development at high resolution. By utilizing integrase-based, history-dependent tracking combined with single-cell sequencing, we aim to map gene expression dynamics across time and space during lateral root development.

Prior to this role, I earned MSc degrees in Plant Biotechnology and Plant Genetics from the University of Lodz and the University of Virginia. I also gained valuable research experience at the University of Cambridge. In 2024, I completed a PhD in Plant Sciences at the University of Leeds.