Spatiotemporal patterns of interactions among multiple ESs. by Qianhong Mao (22305184)

Bland Altman analysis assessing inter-modality variability between PET/CT and PET/MR acquisitions. by Edward M. Lawrence (3146364)

“…<p>A slight bias of decreased SUV_mean for blood pool (top) and increased SUV_mean for liver (middle) and parotid gland (bottom) was seen for wbPET/MR compared to wbPET/CT regardless of reader. …”

Indices for N to S atmospheric transport. by Roger J. Francey (22075453)

Electrogastrography. by Chrysostomi Christina Tsianou (16007224)

Electrogastrography. by Chrysostomi Christina Tsianou (16007224)

Severe Human Pathogenic <i>LMNA</i> Variants Modeled in <i>C</i>. <i>elegans lmn-1</i> Cause Decreased Brood Size and Elevated Embryonic Lethality. by Ellen F. Gregory (5638820)

Reference organ inter-subject variability according to reader and modality. by Edward M. Lawrence (3146364)

Comparison of anomaly (shaded) in amount versus growth rate. by Roger J. Francey (22075453)

Global consistency of NH and SH annual residuals from MLO and CGO quadratic trends attributed to fossil emissions. by Roger J. Francey (22075453)

Example demonstrating variability for parotid region of interests (ROIs). by Edward M. Lawrence (3146364)

Bland Altman analysis assessing inter-reader variability for 1-cm parotid regional regions of interest. by Edward M. Lawrence (3146364)

Bland Altman analysis assessing inter-reader variability in blood pool, liver, and whole parotid gland. by Edward M. Lawrence (3146364)

Microarray and K-means cluster analyses of genes regulated by TRH and by thyroid hormone in TRH-deficient pituitary. by Yasuyo Nakajima (316579)

“…After exclusion of absent signals (less than 100 signals), 10445 out of 45102 genes expressed in the TRHKO pituitary were subjected to the cluster analysis using a K-means algorithm. Hierarchical cluster analysis was carried out using a computer program, Genowiz™ 3.2. …”

Bafilomycin A1 rescue of infectious virus production. by Ann L. Wozniak (56274)

“…Each data point represents mean ±SE from a minimum of 10 cells. (<b>B</b>) HCVcc (MOI 1.0) was used to infect naïve Huh-7.5 cells in the presence of varying concentrations of bafilomycin A1. …”

Empirical tails for simulation (3) with <i>N</i> = 23 ⋅ 10⁶ agents, replacement mechanism R.1, <i>γ</i> = 1.075, fixed residual savings <i>S</i>_<i>n</i> ≡ <i>... by Samuel Forbes (8898311)

Plot of mean versus standard deviation (SD) of phytoplankton at different depths for eight different β values. by Sandip Mandal (480416)

“…<p>Each point corresponds to the mean and SD of phytoplankton at a particular depth. …”

Stimuli used in the familiarization and test phases for Experiment 4, and mean looking times habituation and test trials. by Maria Dolores de Hevia (325836)

“…<p>A. Example of stimuli in the habituation phase where infants are habituated to either increasing or decreasing number, and test trials where all infants are tested with both increasing and decreasing brightness levels. …”

Mean relative gene expression of each introgression strain as well as sterile F1 male hybrids. by Jennifer Ferguson (401654)

“…<p>Mean relative gene expression estimated as described in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0061575#pone-0061575-g002" target="_blank">figure 2</a>, and associated errors, are shown using <i>RpL32</i> (solid symbols) and <i>RpS18</i> (open symbols) as reference genes for <i>bam</i> (A), <i>sa</i> (B) and <i>Mst98Ca</i> (C). …”

Mean spherical equivalent refractive error change during the follow-up period with 6 month intervals. by Ye Jin Ahn (6264101)

Mean percentage of correct choices made by individual pigeons during each session of the initial conditioning series. by Cordula V. Mora (456425)

“…<p>a) Mean percentage of correct choices for the two groups, for which rewarded feeder choices were either associated with increasing (up-gradient) or decreasing (down-gradient) intensity changes (chance level 25%). …”