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Cellulose synthase movement in growing and fully grown Arabidopsis root epidermal cells
Cellulose is the most abundant biopolymer on earth. It isorganized as microfibrils.
Humans use cellulose as cotton, paper, fibre, food and fodder, but it is becoming important now as biofuel and in nanotechnological applications ...
Supervisor: Prof. dr. Anne Mie Emons, Dr. ir. Tijs Ketelaar, ir. Jelmer Lindeboom
Department: Plant Cell Biology, Laboratory of |
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Modeling Preprophase Band Formation using CytoSim
After mitosis in plant cells, during cytokinesis, a new cell wall is build within the mother cell that physically divides it into two daughter cells. Because plant cells cannot move relative to each other, the positioning of these ...
Supervisor: Prof. Dr. Bela Mulder
Department: Plant Cell Biology, Laboratory of |
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Why are cellulose microfibrils deposited in even, single layers?
Cellulose is the most abundant biopolymer on earth. It is organized as microfibrils.
Humans use cellulose as cotton, paper, fibre, food and fodder, but it is becoming important now as biofuel and in nanotechnological application ...
Supervisor: Prof. dr. Anne Mie Emons, Dr. ir. Tijs Ketelaar, ir. Jelmer Lindeboom
Department: Plant Cell Biology, Laboratory of |
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Self organization of the microtubule cytoskeleton
Cells need to organize their inside and shape their outside. You will investigate microtubules that allow cells to do just that. Microtubules are long filaments which are interconnected into complex networks by molecular motors an ...
Supervisor: Juliane Teapal, Olja Zaitsave, Aniek Jongerius
Department: Plant Cell Biology, Laboratory of |
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Regulation of plant cell wall production by the cytoskeleton
Controlled cell wall deposition is essential for polarized cell and plant growth. Our research focusses on two themes: the deposition of cellulose microfibrils in existing cell walls and the formation of the cell plate that separa ...
Supervisor: Kris van ‘t Klooster, Jeroen de Keijzer, André van Lammeren, Tijs Ketelaar
Department: Plant Cell Biology, Laboratory of |
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Modeling structures and processes in the cell
Molecular processes and structures in living cells are often so complex, that quantitative modeling becomes indispensable to properly describe and understand them. You will learn how models are constructed from available data and ...
Supervisor: prof. dr. Bela Mulder
Department: Plant Cell Biology, Laboratory of |
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