Publications
220210202020
2021
TISSUE-SCALE MECHANICAL STRESS REGULATES TISSUE FORM INDEPENDENT OF SUBCELLULAR-SCALE MICROTUBULE RESPONSE TO MECHANICAL STRESS IN ARABIDOPSIS
RC Eng, R Schneider, T Matz, R Carter, DW Ehrhardt, Z Nikoloski, H Jönsson, A Sampathkumar
IN REVISION
19
LONG-TERM SINGLE-CELL IMAGING AND SIMULATIONS OF MICROTUBULES REVEAL PRINCIPLES BEHIND WALL PATTERING DURING PROTO-XYLEM DEVELOPMENT
R Schneider, K van’t Klooster, KL Picard, J van der Gucht, T Demura, M Janson, A Sampathkumar, EE Deinum, T Ketelaar, S Persson
Nature Communications 12, 669
2020
18
MICROTUBULE-MEDIATED WALL ANISOTROPY CONTRIBUTES TO LEAD BLADE FLATTENING
F Zhao, F Du, H Oliveri, L Zhou, O Ali, W Chen, S Feng, Q Wang, S Lü, M Long, R Schneider, A Sampathkumar, C Godin, J Traas, Y Jiao
Current Biology 30, 1–14
2019
17
QUANTIFICATION OF CYTOSKELETAL DYNAMICS IN TIME‐LAPSE RECORDINGS
R Schneider, A Sampathkumar, S Persson
Current Protocols in Plant Biology 4 (2), e20091
16
THE COMPANION OF CELLULOSE SYNTHASE 1 CONFERS SALT TOLERANCE THROUGH A TAU-LIKE MECHANISM IN PLANTS
C Kesten, A Wallmann, R Schneider, HE McFarlane, A Diehl, GA Khan, BJ van Rossum, ER Lampugnani, WG Szymanski, N Cremer, P Schmieder, KL Ford, F Seiter, JL Heazlewood, C Sanchez-Rodriguez, H Oschkinat, S Persson
Nature Communications 10 (1), 1-14
2018
15
CELLULOSE SYNTHASE COMPLEXES DISPLAY DISTINCT DYNAMIC BEHAVIORS DURING XYLEM TRANSDIFFERENTIATION
Y Watanabe, R Schneider, S Barkwill, E Gonzales-Vigil, JL Hill Jr., AL Samuels, S Persson, SD Mansfield
PNAS 115 (27) E6366-E6374
2017
14
THREE ATCESA6‐LIKE MEMBERS ENHANCE BIOMASS PRODUCTION BY DISTINCTIVELY PROMOTING CELL GROWTH IN ARABIDOPSIS
H Hu, R Zhang, S Feng, Y Wang, Y Wang, C Fan, Y Li, Z Liu, R Schneider, T Xia, SY Ding, S Persson, L Peng
Plant Biotechnology Journal 16 (5)
13
TWO COMPLEMENTARY MECHANISMS UNDERPIN CELL WALL PATTERNING DURING XYLEM VESSEL DEVELOPMENT
R Schneider, L Tang, ER Lampugnani, S Barkwill, R Lathe, Y Zhang, HE McFarlane, E Pesquet, T Niittyla, SD Mansfield, Y Zhou, S Persson
The Plant Cell 29 (8)
12
BRASSINOSTEROID INSENSITIVE2 NEGATIVELY REGULATES CELLULOSE SYNTHESIS IN ARABIDOPSIS BY PHOSPHORYLATING CELLULOSE SYNTHASE 1
C Sánchez-Rodríguez, K Ketelaar, R Schneider, JA Villalobos, CR Somerville, S Persson, IS Wallace
PNAS 114 (13) 3533-3538
2016
11
Cellulose and callose synthesis and organization in focus, what’s new?
R Schneider, T Hanak, S Persson, CA Voigt
Current Opinion in Plant Biology 34, 9-16
10
Golgi-localized STELLO proteins regulate the assembly and trafficking of cellulose synthase complexes in Arabidopsis
Y Zhang, N Nikolovski, M Sorieul, T Vellosillo, HE McFarlane, R Dupree, C Kesten, R Schneider, C Driemeier, R Lathe, ER Lampugnani, X Yu, A Ivakov, MS Doblin, JC Mortimer, SP Brown, S Persson, P Dupree
Nature Communications 7 (1)
9
Cellulose-Microtubule Uncoupling proteins prevent lateral displacement of microtubules during cellulose synthesis in Arabidopsis
Z Liu, R Schneider, C Kesten, Y Zhang, M Somssich, Y Zhang, AR Fernie, S Persson
Developmental Cell 38 (3), p305–315
8
The cellulose synthase companion proteins act non-redundantly with CELLULOSE SYNTHASE INTERACTING1/POM2 and CELLULOSE SYNTHASE 6
A Endler, R Schneider, C Kesten, ER Lampugnani, S Persson
Plant Signaling & Behavior 11 (4)
7
In vitro Microtubule Binding Assay and Dissociation Constant Estimation
C Kesten, R Schneider, S Persson
Bio-protocol 6 (6)
2015
6
A mechanism for sustained cellulose synthesis during salt stress
A Endler, C Kesten, R Schneider, Y Zhang, A Ivakov, A Froehlich, N Funke, S Persson
Cell 162 (6)
4
Kinesin-1 motors can circumvent permanent roadblocks by side-shifting to neighboring protofilaments
R Schneider, T Korten, WJ Walter, S Diez
Biophysical Journal 108 (9)
2014
2
Multimotor transport in a system of active and inactive kinesin-1 motors
L Scharrel, R Ma, R Schneider, F Jülicher, S Diez
Biophysical Journal 107 (2)
2013
1
Using a quartz paraboloid for versatile wide-field TIR microscopy with sub-nanometer localization accuracy
R Schneider, T Glaser, M Berndt, S Diez
Optics Express 21 (3)