Additional file 1 of PACER: a novel 3D plant cell wall model for the analysis of non-catalytic and enzymatic responses
Description
Additional file 1: Figure S1. Impact of loosenin-like proteins on NpXyn11A hydrolysis of azo-xylan in solution. Figure S2. Impact of loosenin-like proteins on cellulose/azo-xylan composites. Figure S3. In-solution hydrolysis of azo-xylan by Pm25 and its mutants. Figure S4. SDS-PAGE analysis of CmXyn10B (lane 2), NpXyn11A (lane 3) and TfXyn11A (lane 4). Figure S5. Replicate cellulose/azo-xylan composites after treatment for 1-h with (A) NpXyn11A or (B) TfXyn11A.
Show moreYear of publication
2022
Authors
Department of Bioproducts and Biosystems
Claire Dumon - Creator
Edita Jurak - Creator
Emma R. Master 
Mareike Monschein - Creator
Mirko Pavicic - Creator
Tanja Paasela - Creator
Taru Koitto - Creator
Thomas Enjalbert - Creator
Vera Lambauer - Creator
Institut national des sciences appliquées de Toulouse - Contributor
University Medical Center Groningen - Contributor
University of Helsinki - Contributor
figshare - Publisher
Other information
Fields of science
Biochemistry, cell and molecular biology
Open access
Open
License
Creative Commons Attribution 4.0 International (CC BY 4.0)