Cookies on this website
We use cookies to ensure that we give you the best experience on our website. If you click 'Continue' we'll assume that you are happy to receive all cookies and you won't see this message again. Click 'Find out more' for information on how to change your cookie settings.

The FMRIB Analysis Group carries out research into new methodologies for the analysis of functional and structural brain imaging data. We also have developed the majority of our research into a publically available software toolset - the FMRIB Software Library.

Announcing the 2014 FSL Course, Oxford, UK


Groups:  Functional • Structural+Physics • Diffusion+Connectivity • Bayesian+MEG • Multivariate
People  •  Research & Resources  •  Publications  •  Technical Reports
FSL  •  FSL Course  •  Potential DPhil/Postdoc Projects


Major projects:

  • HCP     We are a major partner in the $30m NIH Human Connectome Project (PIs David Van Essen and Kamil Ugurbil). The HCP will comprehensively map human brain circuitry in 1,200 healthy adults using cutting-edge methods of noninvasive neuroimaging. The HCP image analysis pipeline is primarily being built around FSL and FreeSurfer, and we are carrying out a lot of new research for improved tools for FMRI and diffusion MRI analysis as part of the HCP.
  • dHCP     We are a major partner in the €15m EU-funded Developing Human Connectome Project, a collaboration between Kings (Edwards, Hajnal), FMRIB (Smith) and Imperial (Rueckert). The dHCP will comprehensively map and model human brain circuitry in 1000 babies (in utero and in vivo, from 20 to 44 weeks post-conceptional age), using cutting-edge methods of noninvasive neuroimaging.
  • XMI     We have just started a 40-person-year Strategic Award project funded by the Wellcome Trust - "Integrated Multimodal Brain Imaging for Neuroscience Research and Clinical Practice". Our goal is to bring multimodal neuroimaging to the forefront of neuroscience and clinical research in order to provide new biomarkers and insights into disease mechanisms, explore aging and developmental processes, increase the scope for large neuroimaging studies and improve clinical decision-support for patients. We will generate new methodology, and software tools for integrated modelling of structural MRI, diffusion MRI, resting/task functional MRI and MEG. This is being led by FMRIB (Smith, Behrens, Jenkinson), with other PIs at OHBA (the Oxford MEG centre, Woolrich) and the SIN group at the Donders (Beckmann).
  • UK Biobank Imaging     UK Biobank is a long-term prospective epidemiological study that has already collected genetics, blood samples, lifestyle information and other data from a cohort of 500,000 subjects, to be followed clinically over coming decades. The UK Biobank Imaging Extension, which aims to bring back 100,000 of the cohort for multimodal neuroimaging and cardiac MRI (amongst other measures), has just been given the go-ahead. This will be by far the largest neuro/cardiac imaging study carried out to date, and will add very rich phenotyping to the overall Biobank project. Funded primarily by the MRC and Wellcome Trust, the initial phase will involve imaging several thousand subjects in a new, dedicated imaging centre, which, if shown to be successful, would expand into the full £36m imaging project, with two further dedicated imaging centres setup at other sites across the UK. Major input is coming from researchers at Oxford, Imperial, Southampton, Queen Mary College, Newcastle and Aberdeen; Prof Sir Rory Collins (CTSU, Oxford) is the overall UK Biobank PI, and Prof Paul Matthews (Imperial/GSK) is Chair of the Imaging Working Group. FMRIB (Smith, Johansen-Berg and Miller), along with Matthews, is leading the neuroimaging - determining the imaging hardware setup, imaging protocols and post-processing pipeline, in consultation with the wider imaging community.


Groups within this theme