The d(33)(star)’s and d(33)’s (d(33) = partial derivative S/partial derivative H-T) for both binary samples with

Delta T >= +/- 5 MPa were well fit by a Gaussian plus a constant. Peak amplitudes for d(33) and d(33)(star) were similar to 80 and similar to 60 nm/A, respectively. At smaller Compound C chemical structure DT’s, d(33)(star) vs. T was flat or showed a broad peak. The steel containing sample had a larger cubic anisotropy which resulted in a double peaked d(33) curve with a maximum amplitude of similar to 100 nm/A. At the points where the d(33)(star) and d(33) measurements overlap, the two d-coefficients are within 5 to 50% of one another at 100 Oe. The hysteresis in the S-T and B-H loops was similar to 2 and similar to 0.9 kJ/m(3), respectively. (C) 2011 American Institute of Physics. [doi: 10.1063/1.3554252] [doi: 10.1063/1.3554252]“
“Purpose: Despite the increasing concern about the effect of doses below 0.5 Gy and non-targeted exposures of ionising radiation on living organisms, the majority of radiobiological studies are conducted using in vitro cell lines. In order to be able to extrapolate the in vitro results to in vivo models with confidence, it would be

of great benefit to develop a reproducible tissue system suitable for critical radiobiological assays. This manuscript describes the development of a reliable protocol to harvest cells from tissue samples and investigate the radiation damage induced on a single cell basis.

Materials PCI-32765 and methods: To validate this approach as a potential tool for bystander experiments, the method focuses on analysing radiation damage in individual cells as a function of their relative position in the tissue. The experiments reported describe the micronucleus formation following partial irradiation with 3.5 MeV protons (0.1, 0.5 and

1 Gy) in an artificial human skin construct.

Results: The reproducible and low background frequency of micronuclei measured in this system allows detection of small increases following radiation exposures. The effect was statistically significant at doses as low as 0.1 Gy in the directly irradiated as well as in the bystander cells.

Conclusions: The data presented provide evidence of a spatially PI3K inhibitor dependent bystander effect whose magnitude decrease as a function of the distance from the directly exposed area.”
“The lily LLA23 protein is a member of the abscisic acid, stress and ripening-induced (ASR) protein family. Constitutive overexpression of LLA23 under the cauliflower mosaic virus 35S promoter confers cold and freezing tolerance in Arabidopsis. The phenotypical growth and survival percentage of the two transgenic 35S::LLA23 plants showed higher resistance to cold and freezing conditions than those of wild-type (WT) plants.