Schematic of S1P-SPHK1 and model of S1P-Sphingosine/ceramide balance. by Hui Meng (197494)

<i>L. major</i> burden of popliteal lymph nodes. by Delaram Doroud (348344)

The Negative Effects of Increasing Canopy Coverage on Plants by Bonnie Chan (3114120)

“…<br> <br> The last observer completed two point surveys: the first point survey consisted of a 50m radius and the second a 5m radius. …”

Typical GEM (solid curve) for the shuffleboard task, obtained as zeros of the goal function Eq (2), plotted in the dimensionless (<i>x</i>, <i>v</i>) body state space. by Joby John (245590)

“…Also shown are the unit vectors tangent and normal to the GEM, and , near a representative operating point <b>x</b>* (Eqs <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1005118#pcbi.1005118.e019" target="_blank">(5)</a> and <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1005118#pcbi.1005118.e024" target="_blank">(6)</a>): small deviations along do not cause error at the target (i.e., they are <i>goal equivalent</i>), while deviations along do (i.e., they are <i>goal relevant</i>). …”

Data_Sheet_1_Bacterial Community Dynamics in an Oyster Hatchery in Response to Probiotic Treatment.PDF by Rebecca J. Stevick (6702833)

Fig 3 - by Jonathan de Fallois (6640505)

“…<p>a Kaplan-Meier survival analysis regarding composite endpoint (all-cause mortality, decrease of eGFR by >50% and ESKD) ESKD = end stage kidney disease. b Kaplan-Meier survival analysis regarding all-cause mortality end-stage kidney disease. c Kaplan-Meier survival analysis regarding >50% decrease from baseline eGFR. d Kaplan-Meier survival analysis regarding ESKD. e Cubic spline curve analysis reflecting adjusted hazard ratios and UPCR UPCR urine protein creatinine ratio.…”

Bifunctional Avidin with Covalently Modifiable Ligand Binding Site by Jenni Leppiniemi (166920)

Heat map of metabolite levels in eflornithine, nifurtimox and NECT toxicity experiments. by Isabel M. Vincent (167717)

“…<p>Blue represents a decrease in metabolite intensity, red an increase and yellow represents unchanged levels compared to the levels at the 0 hour time point. …”

Baseline and 2009 microfilaria, antigenemia and mosquito infection/infectivity in 10 SVs, and 2009 transmission status. by Frank O. Richards (43389)

Cumulative diversity measures over time. by William C. Nelson (6822452)

“…<p>Phylotype richness (A) and the inverse Simpson statistic (B) were calculated cumulatively (<i>i</i>.<i>e</i>., combining data from each time point with all previous timepoints) for each gene or functional gene class (<i>nirK</i> and <i>nirS</i> counts were combined; archaeal and bacterial <i>amoA</i> types were combined). …”

BrP-LPA inhibits ATX activity <i>in vivo</i>. by Ioanna Nikitopoulou (438643)

“…</b> Plasma concentration of different LPA and <b>E.</b> LPC species at different time points following BrP-LPA i.p administration. …”

Spatial pattern of receptor opening. by David M. Santucci (376136)

“…(G) The decrease in success probability with distance from the site of release for both synaptic (distance from release site<250 nm) and perisynaptic receptors.…”

SarA activates <i>fmtA</i> transcription <i>in vitro</i>. by Yinglu Zhao (309307)

“…The substitution of T1G in the proposed transcription start point of the <i>fmtA</i> promoter led to a significant decrease in the transcript (*p = 0.0242) whereas the mutation of the T14 to G in P_fmtAT14G has the most pronounced effect on the transcription (**p = 0.001). …”

The effect of an extra reflection site created by a ring on input pulsatile power (see Materials and Methods section). by Niema M. Pahlevan (346295)

“…The control case is the aorta without an extra reflection site and the red line is the pulsatile power of the aorta without any rings (i.e. no extra reflection sites). The pulsatile power can increase or decrease compared to the control case (control is the aorta without the ring), the nature of which depends on the location of the ring. …”

Fig 6 - by Leonid Chindelevitch (2142973)

“…Each point is the rank of the corresponding feature in one of the classification tasks. …”

Gene signature induced by <i>Rank</i> overexpression in the dental epithelium and alveolar bone of <i>Msx2</i>⁻^/− mice. by Beatriz Castaneda (488166)

“…<p>RT-PCR of total RNA extracted from dental epithelium (a) and alveolar bone (c, e) revealed <i>Rank</i> expression in the epithelium and alveolar bone of <i>Msx2</i>^−/−<i>Rank^Tg</i> mice. …”

FOXO3 regulates autophagy in NSPCs. by Amanda J. Audesse (6580952)

“…(E) Overexpression of wild type or constitutive active FOXO3 increases endogenous LC3 levels as shown by western blot in NSPCs. …”

Supplementary file 1_Comparative analysis of lipid metabolism in trophoblast subpopulations in preeclampsia and in vitro hypoxia model.pdf by Ivan Antipenko (22808513)

“…In vitro hypoxia modeling in BeWo b30 cells recapitulated the SCT-specific phenotype and identified a potential regulatory mechanism: a fivefold increase in PCSK9 expression (padj = 3.53e−10) and a 1.5-fold decrease in SNX17 (padj = 1.76e−04)—key regulators that limit lipoprotein receptor recycling. …”

Table 1_Comparative analysis of lipid metabolism in trophoblast subpopulations in preeclampsia and in vitro hypoxia model.xlsx by Ivan Antipenko (22808513)

“…In vitro hypoxia modeling in BeWo b30 cells recapitulated the SCT-specific phenotype and identified a potential regulatory mechanism: a fivefold increase in PCSK9 expression (padj = 3.53e−10) and a 1.5-fold decrease in SNX17 (padj = 1.76e−04)—key regulators that limit lipoprotein receptor recycling. …”

Table 2_Comparative analysis of lipid metabolism in trophoblast subpopulations in preeclampsia and in vitro hypoxia model.xlsx by Ivan Antipenko (22808513)

“…In vitro hypoxia modeling in BeWo b30 cells recapitulated the SCT-specific phenotype and identified a potential regulatory mechanism: a fivefold increase in PCSK9 expression (padj = 3.53e−10) and a 1.5-fold decrease in SNX17 (padj = 1.76e−04)—key regulators that limit lipoprotein receptor recycling. …”