OxDNA users and developers workshop

From OxDNA
Revision as of 09:12, 6 August 2019 by Doye (talk | contribs) (Attendees)

We are planning to hold an oxDNA users and developers workshop in Oxford from September 2-5 2019. The aim of the workshop is to bring together both developers and users of the oxDNA and oxRNA models not only to share current research projects, but also to set the agenda for the future development of the oxDNA and oxRNA models, code and infrastructure, as well as to identify (and begin to address) current shortcomings. Particular foci are likely to be inter-operability of DNA design and simulation tools, user-friendly tools to improve oxDNA accessibility for non-expert users.


Beecroft Building, Department of Physics, University of Oxford (map).

Beecroft2.jpg Beecroft3.jpg Beecroft7.jpg


All attendees are welcome to give a short research presentation as part of the workshop.

Monday, Tuesday am: Short research presentations from all/most attendees. These will help to highlight the range of work for which oxDNA is being used, tools that have been developed, and wish lists for future development.

Tuesday pm: Discussion-based sessions to define the agenda for future development and to identify key targets and outline plans for implementation.

Wednesday, Thursday: "Hackathon": Begin to address the simpler targets (e.g. improve documentation of newer features, incorporation of existing external utilities into oxDNA infrastructure, develop and test simpler utilities). Make detailed plans for future development and collaborations. Users to get help in utilizing more advanced code features.


There are no registration fees. There will be a workshop dinner on Tuesday 3 September, and a wine-tasting event led by Domen Prešern on Wednesday 4 September.

To register for the workshop fill in this form

Accommodation options

A number of rooms (not en suite) have been reserved at The Queen's College on their main site. These would cost £57.60 per night. These rooms can be booked here. To access these rooms the code DOYE2019 needs to be entered before selecting the dates.

Bed and breakfast rooms at other colleges can be booked here.


The closest airport to Oxford is Heathrow, and the quickest transport from Heathrow airport to Oxford is via coach. More travel information can be found here.


We are grateful for support from the John Fell Fund.


Matteo Becchi, SISSA Trieste

Erik Benson, University of Oxford; Evolutionary refinement of DNA nanostructures using coarse-grained molecular dynamics simulations

Keitel Cervantes-Salguero, Queen Mary University of London

Hemani Chhabra, University of Oxford

Lorenzo Di Michele, University of Cambridge

Jonathan Doye, University of Oxford

Hannah Fowler, University of Oxford

Oliver Henrich, University of Strathclyde; Using oxDNA in the LAMMPS code

Fabian Kohler, TU Munich; Cryo-EM Studies of Multilayer DNA Origami Objects

Maximilian Nicolas Honemann, TU Munich

Will Kaufhold, University of Cambridge; Rapid in silico prototyping of proximity sensitive DNA nanostructures

Ard Louis, University of Oxford

Christopher Maffeo, University of Illinois; multi-resolution DNA

Michael Matthies, Arizona State University; General-Purpose analysis package for coarse-grained simulations of DNA/RNA nanotechnology

Thomas Ouldridge, Imperial College; Non-equilibrium information processing: modelling with oxDNA

Matthew Patitz, University of Arkansas; A web-based front end for oxDNA

Domen Prešern, University of Oxford

Flavio Romano, Universitá Ca Foscari di Venezia

Lorenzo Rovigatti, Sapienza Universitá di Roma

Michael Selby, University of Oxford

Rahul Sharma, École polytechnique fédérale de Lausanne

Enrico Skoruppa, KU Leuven; Torsional properties of DNA

Petr Šulc, Arizona State University; Towards simulations and design of large DNA/RNA systems with oxDNA/oxRNA

Antonio Suma, University of Bari / Temple University, Accessibility of endonuclease to DNA origami: role of local and global fluctuations

Jiaming Yu, University of Cambridge, Numerical Study on the Effect of Flexibility in DNA Building Blocks