Sentence examples for pin distribution from inspiring English sources
The configuration of the model with the specified auxin and PIN distribution simulates the decapitated root tip.
D6PKs phosphorylate PIN proteins in vitro and PIN phosphorylation is reduced in d6pk mutants in vivo without affecting PIN distribution or strongly affecting PIN abundance (Zourelidou et al., 2009; Willige et al., 2013; Barbosa et al., 2014).
To begin addressing the role of poplar ARFs in vesicle trafficking and PIN distribution in leaf development we established cuttings of the narrow-leaf P. trichocarpa in a hydroponic solution and treated them with BFA.
While the overexpression of PID and WAG kinases results in a basal-to-apical PIN shift, the overexpression of D6PKs does not affect PIN distribution (Zourelidou et al., 2009; Dhonukshe et al., 2010).
The directed transport of auxin throughout the plant is critically determined by the in many cells asymmetric plasma membrane distribution of PINs and plant developmental processes have been successfully modeled based on the knowledge of PIN distribution and PIN protein behavior (Jonsson et al., 2006; Smith et al., 2006; Wisniewska et al., 2006; Blakeslee et al., 2007; Grieneisen et al., 2007).
We observed that the Pin distributions are characteristic of TRN, which do not show a long tail for any organism.
They were: (1) the Dugdale's or constant clamping; (2) the distributed bridging spring; and (3) the discrete-pin distribution.
These models are used to determine the multiplication factor, pin-by-pin power distribution, axial power distribution, thermal neutron flux distribution, and axial thermal neutron flux.
This model is used to determine attainable discharge burnup, pin-by-pin power distribution, axial power distribution and reactivity effect of voiding.
The two models are used to determine the multiplication factor, pin-by-pin power distribution and thermal neutron flux distribution for both UO2 and (UZr/ThO2) fuels.
A 3D fuel bundle neutronic analysis is performed for a limited number of geometries to determine attainable discharge burnup, pin-by-pin power distribution, axial power distribution, reactivity coefficients, reactivity worth of control elements and burnable absorber effects.
