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- 17:02, 15 марта 2017 (разн. | история) . . (+3323) . . Н The ability of the vesicles from each of these cell lines to produce ATP with acid gradient was tested in the presence of the cytosols obtained from each of the cell lines (Новая страница: «The potential of the vesicles from every of these mobile strains to create ATP with acid gradient was analyzed in the presence of the cytosols [http://www.medchem…») (текущая)
- 22:12, 8 марта 2017 (разн. | история) . . (+88) . . м The NET23/STING chromatin compaction effect was not due to a potential artificial interaction with the GFP labeled H2B molecules (текущая)
- 22:10, 8 марта 2017 (разн. | история) . . (+3549) . . Н The NET23/STING chromatin compaction effect was not due to a potential artificial interaction with the GFP labeled H2B molecules (Новая страница: «The NET23/STING chromatin compaction impact was not because of to a possible synthetic interaction with the GFP labeled H2B molecules due to the fact it was also …»)
- 22:07, 7 марта 2017 (разн. | история) . . (+3576) . . Н To investigate the role of regulation in the response to periods of starvation and the subsequent metabolic recovery in more detail (Новая страница: «Around fifty four% of all types recuperate to the first metabolic point out (542 of a thousand instances tested) and the ATP degree reaches its first benefit (&4 …»)
- 04:53, 7 марта 2017 (разн. | история) . . (+14) . . м Collectively, these studies and our data indicate that regulation of p53 stability by OGlcNAc modification may regulate hyperglycemia-induced cell death in retinal PC (текущая)
- 02:10, 7 марта 2017 (разн. | история) . . (+3571) . . Н Collectively, these studies and our data indicate that regulation of p53 stability by OGlcNAc modification may regulate hyperglycemia-induced cell death in retinal PC (Новая страница: «We recently confirmed that hyperglycemia brings about an enhance in O-GlcNAc modification of retinal vascular cell proteins in a cellspecific manner. In concentra…»)
- 15:28, 21 февраля 2017 (разн. | история) . . (+2848) . . Н Lipopolysaccharide (LPS), a cell wall constituent of gram-negative bacteria, is released during bacterial lysis and exerts a direct effect on tumor cell proliferation (Новая страница: «Lipopolysaccharide (LPS), a mobile wall constituent of gram-adverse micro organism, is released throughout bacterial lysis and [http://www.medchemexpress.com/gdc-…») (текущая)
- 01:49, 17 февраля 2017 (разн. | история) . . (+151) . . м The cells were cultured at normal culture conditions and the spheroid formation was monitored at appropriate time points (текущая)
