Mean and standard deviation values of <i>p</i> and <i>q</i> distributions shown in Fig 5, and generated with a rolling, overlapping time window of 252 days. by Héctor Raúl Olivares-Sánchez (13014866)

Subfigures 7(a) to 7(d) all show the <i>p</i>-values of the Anderson-Darling statistic evolution on time for DJIA, Nasdaq, IPC and Nikkei indices, respectively. by Héctor Raúl Olivares-Sánchez (13014866)

Defect Image Segmentation Effect: (a) Reflective+color anomaly; (b) color anomaly+reflective; (c) local color anomaly; (d) blurry+reflective; (e) Image (a) segmentation result; (f)... by Qingjun Yu (1649473)

Large network (300 excitatory and 75 inhibitory neurons) that learns to encode three input signals. by Wieland Brendel (8582346)

“…<p>Excitation shown in orange, inhibition in blue. <b>A.</b> The EI network as in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1007692#pcbi.1007692.g001" target="_blank">Fig 1Ai</a> and the learning rules (i, feedforward rule; ii and iii, recurrent rule). …”

Diagram depicting cohort derivation. This figure depicts the derivation of the cohort starting from combining births in hospital episode statistics with evidence of cleft lip and/o... by Vincent Nguyen (8044031)

The large-scale organization of shape processing in the ventral and dorsal pathways: Subject 160920121024_Experiment 2 by Erez Freud (3884653)

“…160920121024 nii files. Part of a dataset from the paper entitled : The large-scale organization of shape processing in the ventral and dorsal pathways by Freud, Culham, Plaut and Behrmann. …”

The large-scale organization of shape processing in the ventral and dorsal pathways: Subject 160923131351_Experiment 2 by Erez Freud (3884653)

“…160923131351 bold signal. Part of a dataset from the paper entitled : The large-scale organization of shape processing in the ventral and dorsal pathways by Freud, Culham, Plaut and Behrmann. …”

The large-scale organization of shape processing in the ventral and dorsal pathways: Subject 160427140455_Experiment 1 by Erez Freud (3884653)

“…160427140455 nii files. Part of a dataset from the paper entitled : The large-scale organization of shape processing in the ventral and dorsal pathways by Freud, Culham, Plaut and Behrmann. …”

Biotinylation of Vpu-APEX2 proximal proteins. by Charlotte A. Stoneham (10819125)

Juxtanuclear endosomal distortion in cells expressing Vpu-S52,56N-APEX2. by Charlotte A. Stoneham (10819125)

Vpu does not downregulate surface levels of CD55 or EGFR. by Charlotte A. Stoneham (10819125)

Pair-wise comparison of proximity-ome of Vpu-APEX2 compared to the Mito-APEX2. by Charlotte A. Stoneham (10819125)

Mass Spectrometry Experiment 2 and 3: Comparison of Vpu WT and mutants. by Charlotte A. Stoneham (10819125)

Immunofluorescence microscopy of Vpu-FLAG and candidate cofactor SNX3. by Charlotte A. Stoneham (10819125)

Heat map and k-means clustering of proteins (384) for which any Vpu-mutant was significantly different from wild type. by Charlotte A. Stoneham (10819125)

Mass Spectrometry Experiment 1: Comparison of Mito Matrix and Vpu WT and mutants. by Charlotte A. Stoneham (10819125)

Potential Vpu cofactors: STRING relationships and co-localization with Vpu. by Charlotte A. Stoneham (10819125)

Pair-wise comparison of the proximity-ome of wild type Vpu relative to the transmembrane domain mutant AAA/F. by Charlotte A. Stoneham (10819125)

Vpu-APEX2 localizes to enlarged juxtanuclear endosomes and the limiting membranes of multi-vesicular bodies. by Charlotte A. Stoneham (10819125)

Gene Ontology network analysis of differentially-enriched Vpu-proximal protein subsets. by Charlotte A. Stoneham (10819125)