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Last update: May 2021

Symposium

On 19 May 2014, WallTraC organized a symposium to disseminate fellows' results. Presentations are available below. Some of the presentations will be available later, when all results have been published.

pdf Book of abstracts

Session 1: Biosynthesis & gene expression

pdf Phosphoinositides regulate cell wall deposition in Arabidopsis leaves. P. Krishnamoorthy^a, C. Sánchez-Rodríguez^a, I. Heilmann^b, S. Persson^a (^aMax Planck I, ^bMartin-Luther-Universität Halle-Wittenberg) (Will be available later)

pdf Coordination and divergence of cell-specific transcription and translation of genes in Arabidopsis root cells.D. Rajasundaram^a,b, J. Selbig^a,b, S. Persson^b,c S. Klie^b (^aU.Potsdam, ^bMax Planck I., ^cU.Melbourne)

Session 2: Glycan microarrays

pdf Plant cell elongation. Cell wall dynamics and analysis.X. Guo^a, J. Mravec^a, I.E. Johansen^a, J.-L. Runavot^b, F. Meulewaeter^b, W.G.T. Willats^a(^aU. Copenhagen, ^bBayer)

pdf High-throughput enzyme activity assays for screening of endo-glycoside-hydrolases.J. Schückel, S.K. Kračun, W.G.T. Willats (U. Copenhagen)

Session 3: Enzymes and Carbohydrate-binding modules (CBMs)

pdf How is pectin degraded by human gut bacterium Bacteroides thetaiotaomicron?J. Zhang^a, M.-C. Ralet^b, F. Buffetto^b, F. Guillon^b, H.J. Gilbert^a(^aU. Newcastle, ^bINRA)

pdf Structural and functional characterization of the type I cohesin-dockerin interaction from Acetivibrio cellulolyticus.K. Cameron^a, L.M.A. Ferreira^a, S. Najmudin^a, H.J. Gilbert^b and C.M.G.A. Fontes^a(^aU. Lisbon, ^bU.Newcastle)

pdf Structure and function of novel CAZymes and CBMs involved in plant cell wall degradation.I. Venditto^a, S. Najmudin^a, V. Fernandes^a, B. Henrissat^b, L.M.A. Ferreira^a, M. Gro Rydahl^c, W.G.T. Willats^c, H. J. Gilbert^dand C.M.G.A. Fontes^a(^aU. Lisbon, ^bCNRS, ^cU.Copenhagen, ^dU.Newcastle)

Session 4: Monoclonal antibodies (Mabs)

pdf Molecular and biochemical tools for the analysis of glycans in plant cell walls. V. Cornuault^a, F. Buffetto^b, I. Manfield^a, M.-C. Ralet^b, J.P. Knox^a(^aU. Leeds, ^bINRA) (Will be available later)

pdf Production and fine characterization of new antibodies against rhamnogalacturonan I. F. Buffetto^a & V. Cornuault^b, M. Gro Rydahl^c, M.-J. Crépeau^a, O. Tranquet^a, W.G.T. Willat^c, P. Knox^b, F. Guillon^a, M.-C. Ralet^a(^aINRA, ^bU.Leeds, ^cU.Copenhagen) (Will be available later)

Session 5: Pectin: structure-function, process

pdf Structure of pectin in citrus fruits. M. Kaya^a, A.G. Sousa^b, M.-J. Crépeau^a, S.O. Sørensen^band M.-C. Ralet^a(^aINRA, ^bCP Kelco) (Will be available later)

pdf Industrial pectin structure analysis. A.G. Sousa^a,b, M. Kaya^c, L.I. Ahl^b, J. Fangel^b, I. Armagan^a, J. Larsen^a, H.L. Nielsen^a, M.-C. Ralet^c, W.G.T. Willats^b, S.O. Sørensen^a (^aCP Kelco, ^bU.Copenhagen, ^cINRA) (Will be available later)

Session 6: Cotton fibre: structure, process, development

pdf Characterization of non-cellulosic cell wall glycans in developing and mature cotton fibres. M.C. Hernandez-Gomez^a, J.-L. Runavot^b, X. Guo^c, W.G.T. Willats^c, F. Meulewaeter^b , J.P. Knox^a(^aU. Leeds, ^bBayer, ^cU.Copenhagen) (Will be available later)

pdf Non-cellulosic polysaccharides from cotton fibre are differently impacted by textile processing.J.-L. Runavot^a, X. Guo^b, W.G.T. Willats^b, J.P. Knox^c, F. Goubet^a, and F. Meulewaeter^a(^aBayer, ^bU.Copenhagen, ^cU.Leeds).