Внесок користувача
- 04:44, 16 березня 2017 (різн. • історія) . . (-85) . . м Of note, we used rotenone, another specific mitochondrial complex 1 inhibitor, as a control for our assay, and we observed a much stronger (поточна)
- 04:42, 16 березня 2017 (різн. • історія) . . (+3910) . . Н Of note, we used rotenone, another specific mitochondrial complex 1 inhibitor, as a control for our assay, and we observed a much stronger (Створена сторінка: All methods had been carried out in accordance with the recommendations set forth by INSERM and approved by the Comit d'Ethique en Expimentation Animale du Mini...)
- 19:24, 15 березня 2017 (різн. • історія) . . (+3580) . . Н By comparing the different conditions, global ATP and percentages of both glycolytic and mitochondrial ATP were determined (Створена сторінка: Briefly, cells have been lysed right after XF assay by NaOH .1M for 45min just before working a standardized protein assay in purchase to express the OCR outcom...) (поточна)
- 03:50, 9 березня 2017 (різн. • історія) . . (-91) . . м We therefore investigated the effect of iPLA2c deletion on ADPinduced dense granule release by quantifying liberated ATP and serotonin (поточна)
- 03:48, 9 березня 2017 (різн. • історія) . . (+3507) . . Н We therefore investigated the effect of iPLA2c deletion on ADPinduced dense granule release by quantifying liberated ATP and serotonin (Створена сторінка: The tail veins of mice anesthetized with 5 mg/kg sodium pentbarbital ended up injected with .25 mg/kg collagen and twenty mg/ kg of epinephrine dissolved in a b...)
- 20:28, 8 березня 2017 (різн. • історія) . . (+3501) . . Н The extracted lipids were subjected to ESI-MS analysis by flow injection with liquid chromatography separation (Створена сторінка: Results are given as mean6SEM (n = 8). (H) PRP (2006103/ml) from WT (open up columns) or iPLA2c-KO (shut columns) was incubated equally with and without having...) (поточна)
- 04:26, 8 березня 2017 (різн. • історія) . . (-49) . . м BMC treatment further significantly increased capillary and arteriole densities in the border zone of ischemic hearts (поточна)
- 02:27, 8 березня 2017 (різн. • історія) . . (+3622) . . Н BMC treatment further significantly increased capillary and arteriole densities in the border zone of ischemic hearts (Створена сторінка: BMC therapy even more drastically elevated capillary and arteriole densities in the border zone of ischemic hearts. Nonetheless, [http://www.health-style.ru/van...)
- 17:31, 7 березня 2017 (різн. • історія) . . (+3432) . . Н We next examined whether BMC treatment increases vascular progenitor cells in the infarcted hearts (Створена сторінка: We next examined whether BMC treatment will increase vascular progenitor cells in the infarcted hearts. The number of c-package+/ Sca1+ cells was evaluated at 1...) (поточна)
- 07:22, 7 березня 2017 (різн. • історія) . . (-79) . . м The gp41 subunit is a transmembrane protein composed of an ectodomain, a single membrane-spanning domain (MSD) and a cytoplasmic domain (поточна)
- 07:18, 7 березня 2017 (різн. • історія) . . (+3673) . . Н The gp41 subunit is a transmembrane protein composed of an ectodomain, a single membrane-spanning domain (MSD) and a cytoplasmic domain (Створена сторінка: The proteomics analysis of Hsc70 interactors identified Rab1A, which was shown to be necessary for most cancers cell survival under pressure problems. The evalu...)
- 18:36, 6 березня 2017 (різн. • історія) . . (+3487) . . Н Immunoblotting data are representative of at least two separate experiments yielding similar results actome, however, revealed that Rab1A was required for proteotoxic insults, but was constitutively expressed (Створена сторінка: Most previous reports only enabled the identification of stress-inducible proteins, when seeking for stress reaction proteins. The Hsc70 inter8 Determine six. U...) (поточна)
- 21:10, 3 березня 2017 (різн. • історія) . . (-85) . . м From Figure 4C, we found that GSTKCTD1 pulled down full-length His-b-catenin and His-b-catenin N2, but not His-b-catenin C1 or His-b-catenin C2 (поточна)
- 21:09, 3 березня 2017 (різн. • історія) . . (+3545) . . Н From Figure 4C, we found that GSTKCTD1 pulled down full-length His-b-catenin and His-b-catenin N2, but not His-b-catenin C1 or His-b-catenin C2 (Створена сторінка: Consequently, these knowledge clearly proposed that KCTD1 interacts with b-catenin in vivo. The KCTD1-b-catenin interaction could be oblique since other protein...)
- 04:50, 3 березня 2017 (різн. • історія) . . (-80) . . м Therefore no full exon-junctions coverage is required, and instead we screened for exon-junction coverage between the end of the first ORF identified (поточна)
- 03:57, 3 березня 2017 (різн. • історія) . . (+4052) . . Н Therefore no full exon-junctions coverage is required, and instead we screened for exon-junction coverage between the end of the first ORF identified (Створена сторінка: Five datasets representing a assortment of cell types had been downloaded from the Gene Expression Omnibus database (GEO) and analyzed. Tables 4 and 5 summarize...)
- 14:41, 2 березня 2017 (різн. • історія) . . (+3613) . . Н Since no known sequence-based parameters are available to indicate whether translation re-initiation will occur in sequential ORFs (Створена сторінка: The likely ORF encoded protein [http://www.medchemexpress.com/Daucosterol.html Eleutheroside A] shares a important similarity to other proteins in the protein d...) (поточна)
- 08:18, 1 березня 2017 (різн. • історія) . . (+16) . . м Therefore, studying formation and function of the zebrafish pronephros can aid in the understanding of the role of genes mutated in kidney disease (поточна)
- 08:15, 1 березня 2017 (різн. • історія) . . (+3647) . . Н Therefore, studying formation and function of the zebrafish pronephros can aid in the understanding of the role of genes mutated in kidney disease (Створена сторінка: As a result, researching formation and perform of the zebrafish pronephros can support in the understanding of the function of genes [http://www.dogful.com/stre...)