Epac activation with 8CPT-AM induced RLC phosphorylation in the perfused hearts. by Yoshiki Ohnuki (576298)

Schematic summary of the proposed role of Epac1 in the regulation of myofilament function. by Yoshiki Ohnuki (576298)

Cardiac inflammatory parameters. by Taynara Aparecida Vieira (16401726)

Non-canonical NLRP3 inflammasome activation and IL-1β signaling are necessary to <i>L</i>. <i>amazonensis</i> control mediated by P2X7 receptor and leukotriene B₄ by Mariana M. Chaves (6871907)

“…<i>amazonensis</i> infection than were WT mice. Furthermore, P2X7^-/- <i>L</i>. …”

Depletion of Kat80 reduces steady-state Kat60 levels in cells. by Kyle D. Grode (725568)

Characteristics of treatment modality. by Adekunle Emmanuel Sajo (15285520)

“…The annual average age decreased from 56 years to as low as 40 years, a mean difference of 16 years, p 0.012.…”

Demographic and clinical characteristics. by Adekunle Emmanuel Sajo (15285520)

“…The annual average age decreased from 56 years to as low as 40 years, a mean difference of 16 years, p 0.012.…”

Quantification of blood ACE levels in carriers of ACE mutations. by Olga V. Kryukova (19819428)

Model for regulation of <i>Drosophila</i> katanin by its non-catalytic domains. by Kyle D. Grode (725568)

Nicotinic receptors contribute to synchronous discharges in synaptic blockers aCSF. by Olha Zapukhliak (10297334)

“…<p>(A) Effect of nonselective nicotinic antagonist mecamylamine on CA3-CA1 synchronous epileptiform discharges induced in synaptic blockers aCSF: (1) single epileptiform discharges; (2) decrease in epileptiform discharges following 50 μM MEC application; (3) epileptiform discharges after mecamylamine wash out. …”

Craniocaudal impulses of fore- and hindlimbs at three bar heights during take-off. by Leena Inkilä (20614460)

The Non-Catalytic Domains of <i>Drosophila</i> Katanin Regulate Its Abundance and Microtubule-Disassembly Activity by Kyle D. Grode (725568)

Viewshed complexity classifications. by Eric Hallingstad (14322256)

A homozygous point mutation in the <i>Mrps34</i> gene causes a decrease in the MRPS34 protein. by Tara R. Richman (713532)

“…(B) The mutation was confirmed by Sanger sequencing of PCR amplicons from <i>Mrps34</i>^{<i>mut/mut</i>} and littermate matched <i>Mrps34</i>^<i>wt/wt</i> mice. (C) Mutation in the nuclear gene encoding the mitochondrial MRPS34 protein leads to its decreased abundance. …”

Impaired development of the brain and iBAT of rarely alive adult <i>aP2-Drp1</i>^f/f mice. by Yuta Ibayashi (20404811)

Comparison of the effect of no drug (0) compared with maximum (M) dose for LABE (4000 mg/ml), HDZ (1000 mg/ml), Mdopa (10,000 mg/ml) and Pravastatin (20 mg/ml) after 1 day in cultu... by Subrata Gangooly (354333)

Cx3cr1^-/- had no impact on adipose tissue macrophage populations on high-fat diet but did cause reduction in circulating Ly6C^lo monocyte population. by Rachana Shah (798692)

“…<p>Flow cytometry of adipose tissue (n = 8/group) in lean and obese (24 week HFD) mice showed expected increases in total macrophages, cd11c+ M1 macrophages, and double negative macrophages with high-fat feeding, but no difference in a) total macrophage population or b) macrophage M1 and M2 subtypes between groups (n = 8/group). Flow cytometry of blood (n = 10/group) showed no difference in c) total monocytes though there was d) expected decrease in percentage of Ly6C^lo monocytes (and thus reciprocal increase in percentage of Ly6C^hi monocytes) in Cx3cr1^-/- compared to WT mice.…”

Phosphorylation status of myofilament proteins prepared from Epac1TG. by Yoshiki Ohnuki (576298)

The expression and localization of the WT and <i>CACNA1C-</i>Q1916R channels in HEK293T cells. by Xin Liu (43569)

“…<p>(A-B) Expression levels of WT and mutant of Ca_V1.2α1C in the intact cell, membrane fraction and cytoplasmic fraction of the HEK293T cells. …”

Chronic administration of SAHA decreases HDAC4 levels and reduces aggregate load – 1^st trial. by Michal Mielcarek (195209)