Understanding the Effect of Platinum Particle Size on Ethane Dehydrogenation and Hydrogenolysis: Particle-Based Microkinetic Modeling at Finite Conversion by Mubarak Bello (16715843)

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Understanding the Effect of Platinum Particle Size on Ethane Dehydrogenation and Hydrogenolysis: Particle-Based Microkinetic Modeling at Finite Conversion by Mubarak Bello (16715843)

Subjects:

Understanding the Effect of Platinum Particle Size on Ethane Dehydrogenation and Hydrogenolysis: Particle-Based Microkinetic Modeling at Finite Conversion by Mubarak Bello (16715843)

Subjects:

An oxidized abasic lesion (DOB) decreases BER efficiency in a CAG repeat duplex. by Jill M. Beaver (545516)

Overexpression of Diva decreases apoptosis and mitochondrial membrane disruption. by Nicole Suyun Liu (311271)

Oxytocin decreases postsynaptic CeA spontaneous GABAergic transmission and blocks presynaptic alcohol effects. by Brendan J. Tunstall (6593357)

“…(L) Representative sIPSCs of CeA neurons from dependent rats with the oxytocin receptor antagonist OTA (100 nM), during oxytocin (500 nM), and during subsequent coapplication of oxytocin with 44 mM alcohol. …”

Juvenile demyelination leads to a substantial decrease in potassium currents in PV interneurons of the PFC. by Sara Hijazi (21656615)

“…Scale: 500 pA, 100 ms. <b>B</b>. I–V curves showing a significant decrease in Kv amplitude in PV interneurons from mice that underwent juvenile demyelination. …”

Confocal images presenting the phenotypes of S100A6-immunopositive cells in the ARH. by Katarzyna Bartkowska (453261)

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Confocal images of the SVZ and the DG. by Katarzyna Bartkowska (453261)

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Representative immunofluorescence images for S100A6 in brainstem structures in control and stressed mice. by Katarzyna Bartkowska (453261)

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Results of western blots showing the protein levels in different brain structures. by Katarzyna Bartkowska (453261)

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Confocal images presenting the phenotypes of S100A6-immunopositive cells in the SVZ. by Katarzyna Bartkowska (453261)

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Confocal images of brain sections immunostained with S100A6 and vimentin antibodies. by Katarzyna Bartkowska (453261)

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Representative immunofluorescence images for S100A6 in some brain structures related to stress responses. by Katarzyna Bartkowska (453261)

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Estradiol affected Henkel 100-induced responses in the OE. by Ninthujah Kanageswaran (683924)

“…(C) Representative submerged EOG responses to Henkel 100 (1:5,000) were recorded under control conditions, after a 4-min preincubation with 1 nM estradiol and after washout. …”

HRMECs treated with SUZ12 siRNA demonstrate increased miR-200b expression, decreased VEGF expression and decreased endothelial branching. by Michael Anthony Ruiz (726055)

“…[NG+control siRNA = 5mM D-glucose + 100nM control siRNA, HG+control siRNA = 25mM D-glucose + 100nM control siRNA, HG+EZH2 siRNA = 25mM D-glucose + 100nM EZH2 siRNA, HG+SUZ12 siRNA = 25mM + 100nM SUZ12 siRNA; identical letters represent groups that are not significantly different; p < 0.05; n = 6; data expressed as mean ± SEM, normalized to U6 or β-actin and expressed as a fold change of NG+control siRNA].…”

A blue-shifted fluorescence donor increases fAP amplitude but exhibits a decreased SNR. A. by Ann E. Fink (312543)

Step Analysis. by Mengnan Wu (769253)

Caco-2 monolayer wound closure is accelerated by 100nM M64HCl in cell culture medium without serum. by Sema Oncel (10152053)

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Delphinidin alters VEGF-A splicing to increase VEGF-A₁₆₅b and decrease total VEGF-A expression. by Megan Stevens (3964886)

“…<p><b>A)</b> Treatment of podocytes with delphinidin chloride (10 μg/ml) under normal glucose (NG; 5 mM glucose + 25 mM mannitol) and high glucose (HG; 30 mM glucose, 1 ng/ml TNFα, 1 ng/ml IL-6, and 100 nM insulin) for 48 hrs increased the protein expression of VEGF-A₁₆₅b relative to total VEGF-A₁₆₅ (quantified in <b>B</b>; *p<0.05 vs NG, †p<0.05 vs HG; n = 3 biological repeats; One-way ANOVA with Bonferroni post-hoc test for comparison between pairs; <b>A</b>—the same blot was first probed with VEGF-A₁₆₅b before stripping and reprobing with panVEGF-A). …”