pastoris, and the developed strategy would be especially important for therapeutic glycoprotein productions by P. pastoris. (c) 2013 Society of Chemical Industry”
“We report the experimental results of two-dimensional patterning of colloidal crystals using edge-patterned cells. Solvent evaporation of a colloidal suspension from the edge of the cell induces self-organized crystallization of spherical colloidal particles. From a reservoir of
colloidal suspension in the cell, different colloidal suspensions are injected repetitively. An edge-patterned substrate is introduced into the cell as an upper substrate. As a result, different colloidal crystals are alternately stacked
in the lateral direction according to the edge pattern. The characteristics of cloning formation are LY3039478 supplier specifically showed including deformations from the original pattern. This two-dimensional patterning of three-dimensional colloidal crystals by means of lateral autocloning is promising for the development of photonic crystal arrays for use in optic and photonic devices. (C) selleck chemical 2009 American Institute of Physics. [DOI: 10.1063/1.3151710]“
“Double aneuploidy mosaicism of two different aneuploidy cell lines is rare. We describe for the first time a double trisomy mosaicism, involving chromosomes 7 and 13 in a fetus presenting with multiple congenital anomalies. No evidence for chimerism was found by DNA genotyping. The origin of both trisomies are consistent with isodisomy of maternal origin. Therefore, it is
most likely that the double trisomy mosaicism arose from two independent events very early in embryonic development. The trisomy 7 and 13 cells were shown to be of maternal origin.”
“Background A major obstacle to the application of microalgae for bio-fuel production is light intensity reduction in high density cultures. Mixotrophic operation can solve this problem by exploiting the ability of microalgae to grow on organic carbon in dark conditions. In this article, mixotrophic check details growth of Nannochloropsis oculata and Chlorella vulgaris is analyzed. The influence of nitrate and glucose concentration on cell growth in 300 mL Erlenmeyer flasks was investigated using an experimental factorial design. The analysis was extended and validated by analyzing mixotrophic growth in a 6 L bubble column. Results The addition of glucose at concentration 0.1 g L-1 inhibited or enhanced the growth of Chlorella depending on nitrate concentration, while it increased the growth rate of Nannochloropsis at all nitrate concentrations tested. Statistically significant interaction between glucose and nitrate concentration was revealed for Chlorella; negligible interaction was found for Nannochloropsis.
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