Внесок користувача
- 08:52, 16 грудня 2016 (різн. • історія) . . (+29) . . м The germinal body contains nucleic acids and that germ cell determinant capability is lost when the germ plasm is irradiated with short-wavelength UV (поточна)
- 08:16, 16 грудня 2016 (різн. • історія) . . (+3847) . . Н The germinal body contains nucleic acids and that germ cell determinant capability is lost when the germ plasm is irradiated with short-wavelength UV (Створена сторінка: The germinal human body includes nucleic acids and that germ cell determinant capability is lost when the germ plasm is irradiated with short-wavelength UV, but...)
- 07:54, 16 грудня 2016 (різн. • історія) . . (+3331) . . Н Secondly, the GenomeWalker kit was used to perform PCR on genomic DNA of A. obliqua in order to determine the exon/intron junctions via genomic walking (Створена сторінка: Next, the GenomeWalker package was utilized to execute PCR on genomic DNA of A. obliqua in buy to figure out the exon/intron junctions through genomic going for...) (поточна)
- 15:40, 15 грудня 2016 (різн. • історія) . . (+28) . . м Patches of yeast were grown on rich medium agar and subjected to a washing-off assay of adhesion.epistasis of tec1D to mpt5D (поточна)
- 15:33, 15 грудня 2016 (різн. • історія) . . (+3564) . . Н Patches of yeast were grown on rich medium agar and subjected to a washing-off assay of adhesion.epistasis of tec1D to mpt5D (Створена сторінка: 1D), and the powerful resemblance of the mpt5D and multicopy TEC1+ phenotypes (Figs. 1A and C), led us to investigate the chance of a hyperlink of MPT5 with TEC...)
- 13:08, 15 грудня 2016 (різн. • історія) . . (+3767) . . Н In the fruit fly, Drosophila melanogaster, the pumilio gene, a namesake of the PUF gene family, encodes a repressor of the translation of germ-line cell-differentiation proteins (Створена сторінка: In yeast, links among MPT5 and filamentous-sort mobile differentiation are suggested by network analyses [two,4] integrating numerous data resources. In additio...) (поточна)
- 06:58, 14 грудня 2016 (різн. • історія) . . (+2940) . . Н The secondary antibodies used included AP-conjugated goat anti-rabbit and anti-mouse IgG secondary antibodies (Southern Biotechnology) (Створена сторінка: Resin beds ended up washed in ice-chilly Binding Buffer (50mM HEPES pH seven.four, 50mM KCl, 10mM MgCl2, .01% Tween twenty, one mM DTT) supplemented with EDTA c...) (поточна)
- 06:20, 14 грудня 2016 (різн. • історія) . . (+3743) . . Н After approximately 16 hours of incubation with hormone, cells in each well were lysed using 100L mammalian protein extraction reagent (Створена сторінка: Soon after approximately 16 hrs of incubation with hormone, cells in each and every properly ended up lysed utilizing 100L mammalian protein extraction reagent...) (поточна)
- 00:21, 13 грудня 2016 (різн. • історія) . . (+193) . . м When added to streptavidin-coated wells, the biotinylated peptide was anchored at the C-terminus, which allowed full flexibility of the arms (поточна)
- 00:19, 13 грудня 2016 (різн. • історія) . . (+3475) . . Н When added to streptavidin-coated wells, the biotinylated peptide was anchored at the C-terminus, which allowed full flexibility of the arms (Створена сторінка: When added to streptavidin-coated wells, the biotinylated peptide was anchored at the C-terminus, which permitted total adaptability of the arms [29]. Also, wh...)
- 17:35, 12 грудня 2016 (різн. • історія) . . (+3539) . . Н The amounts of phosphorylated CD229/SLAMF3, LAIR-1 and FcRIIA were also dramatically reduced. However, phosphorylation of FcRH4/IRTA1 (Створена сторінка: Nonetheless, phosphorylation of FcRH4/IRTA1, NKp46 and SHP-one was not modified, although that of BLAME/SLAMF8 Fig eight. Raises in populations of immune cell...) (поточна)
