Contact

• workRoom C48 The Mathematical Sciences Building
  University Park
  Nottingham
  NG7 2RD
  UK
• work0115 9514982
• fax0115 9514951
• chris.brignell@nottingham.ac.uk

Recent Publications

• BENNETT, EMMA J., BRIGNELL, CHRISTOPHER J., CARION, PIERRE W. C., COOK, SAMANTHA M., EASTMOND, PETER J., TEAKLE, GRAHAM R., HAMMOND, JOHN P., LOVE, CLARE, KING, GRAHAM J., ROBERTS, JEREMY A. and WAGSTAFF, CAROL, 2017. Development of a Statistical Crop Model to Explain the Relationship between Seed Yield and Phenotypic Diversity within the Brassica napus Genepool AGRONOMY-BASEL. 7(2),
• PARDON MC, YANEZ LOPEZ M, YUCHUN D, MARJAŃSKA M, PRIOR M, BRIGNELL C, PARHIZKAR S, AGOSTINI A, BAI L, AUER DP and FAAS HM, 2016. Magnetic Resonance Spectroscopy discriminates the response to microglial stimulation of wild type and Alzheimer's disease models. Scientific reports. 6, 19880
• CHRISTOPHER J. BRIGNELL, IAN L. DRYDEN and WILLIAM J. BROWNE, 2016. Covariance Weighted Procrustes Analysis. In: PAVAN K. TURAGA and ANUJ SRIVASTAVA, eds., Riemannian Computing in Computer Vision Springer. 189-210
• LIM, P. Y., HUXLEY, J. N., GREEN, M. J., OTHMAN, A. R., POTTERTON, S. L., BRIGNELL, C. J. and KALER, J., 2015. Area of hock hair loss in dairy cows: Risk factors and correlation with a categorical scale VETERINARY JOURNAL. 203(2), 205-210

• View all publications

• BENNETT, EMMA J., BRIGNELL, CHRISTOPHER J., CARION, PIERRE W. C., COOK, SAMANTHA M., EASTMOND, PETER J., TEAKLE, GRAHAM R., HAMMOND, JOHN P., LOVE, CLARE, KING, GRAHAM J., ROBERTS, JEREMY A. and WAGSTAFF, CAROL, 2017. Development of a Statistical Crop Model to Explain the Relationship between Seed Yield and Phenotypic Diversity within the Brassica napus Genepool AGRONOMY-BASEL. 7(2),
• PARDON MC, YANEZ LOPEZ M, YUCHUN D, MARJAŃSKA M, PRIOR M, BRIGNELL C, PARHIZKAR S, AGOSTINI A, BAI L, AUER DP and FAAS HM, 2016. Magnetic Resonance Spectroscopy discriminates the response to microglial stimulation of wild type and Alzheimer's disease models. Scientific reports. 6, 19880
• CHRISTOPHER J. BRIGNELL, IAN L. DRYDEN and WILLIAM J. BROWNE, 2016. Covariance Weighted Procrustes Analysis. In: PAVAN K. TURAGA and ANUJ SRIVASTAVA, eds., Riemannian Computing in Computer Vision Springer. 189-210
• LIM, P. Y., HUXLEY, J. N., GREEN, M. J., OTHMAN, A. R., POTTERTON, S. L., BRIGNELL, C. J. and KALER, J., 2015. Area of hock hair loss in dairy cows: Risk factors and correlation with a categorical scale VETERINARY JOURNAL. 203(2), 205-210
• JONATHAN C. BURLEY, ADEYINKA AINA, PAVEL MATOUSEK and CHRISTOPHER BRIGNELL, 2014. Quantification of pharmaceuticals via transmission Raman spectroscopy: data sub-selection Analyst. 139, 74-78
• POTTERTON, S.L., GREEN, M.J., MILLAR, K.M., BRIGNELL, C.J., HARRIS, J., WHAY, H.R. and HUXLEY, J.N., 2011. Prevalence and characterisation of, and producers' attitudes towards, hock lesions in UK dairy cattle Veterinary Record. 169(24), 634
• CZOGIEL, I., DRYDEN, I.L. and BRIGNELL, C.J., 2011. Bayesian matching of unlabeled marked point sets using random fields, with an application to molecular alignment Annals of Applied Statistics. 5(4), 2603-2629
• BRIGNELL, C.J., DRYDEN, I.L., GATTONE, S.A., PARK, B., LEASK, S., BROWNE, W.J. and FLYNN, S., 2010. Surface shape analysis with an application to brain surface asymmetry in schizophrenia Biostatistics. 11(4), 609-630
• DRYDEN, I.L., BAI, L., BRIGNELL, C.J. and SHEN, L., 2009. Factored principal components analysis, with applications to face recognition Statistics and Computing. 19(3), 229-238
• CZOGIEL, I., DRYDEN, I.L. and BRIGNELL, C.J., 2008. Bayesian alignment of continuous molecular shapes using random fields In: The Art and Science of Statistical Bioinformatics, Leeds, University of Leeds Press.. 85--88
• BRIGNELL, C.J and HALL, D.A. AND WITTON, C., 2008. Mapping the auditory brain using magnetoencephalography (MEG).. In: L.N. BAKKER, ed., Brain mapping research developments Nova Science, New York, USA. 13-42 (In Press.)
• BRIGNELL, C.J., BROWNE, W.J. and DRYDEN, I., 2005. Covariance weighted Procrustes Analysis. In: Proceedings in Quantitative Biology, Shape Analysis, and Wavelets, LASR2005. 107-110