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Plant cell expansion is controlled by a fine‐tuned balance between intracellular turgor pressure, cell wall loosening and cell wall biosynthesis. To understand these processes, it is important to gain in‐depth knowledge of cell wall mechanics. Pollen tubes are tip‐growing cells that provide an ideal system to study mechanical properties at the single cell level. With the available approaches it was...
Understanding the process of cellular morphogenesis requires the characterization of local mechanical properties of living cells in situ. For this purpose, an automated microrobotic system, the Cellular Force Microscope (CFM) has been developed. Its suitability for single cell characterization has been reported in previous work and extensive use on characterization of both single cells and tissues...
Abstract. We study statistical procedures to quantify uncertainty in multivariate climate projections based on several deterministic climate models. We introduce two different assumptions – called constant bias and constant relation respectively – for extrapolating the substantial additive and multiplicative biases present during the control period to the scenario period. There are also strong indications...
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