Quantifying responses to MAPK inhibition at the single-cell level. by Matthew J. Harder (10005229)

“…<p><b>(A)</b> Cartoon diagram of switch and fade models of single-cell expression loss at EC₅₀. …”

The results of screening the accurate strategy on the 23S-like rRNA datasets. by Yixiao Zhai (10181153)

“…<p><b>A</b> MSA tool rankings are determined based on aSP, Q, and TC scores. Each point corresponds to the average value of three replicates within that sub-dataset. …”

Effects of GPER knockdown on E2 and E2-BSA-induced JKT-1 cell proliferation. by Nicolas Chevalier (173448)

“…<p>(A) JKT-1 cells were transfected with 50 nM of siRNA designed to knockdown GPER or with control siRNA. …”

Comparison of Sting-LDA-WNA to other methods based on the test set 35Enz and induced fit assessment on benchmark 4.0 cases. by Fábio R. de Moraes (516010)

“…<p>(a) By selecting different thresholds for sensitivity, or coverage, the precision of the methods for IFR classification can be compared. …”

Supplemental Figure 1 by Wolfgang Stein (11859731)

“…<p><b>Supplemental Figure S1. </b>A. Time-triggered averages of MCN1 PSPs in LG. …”

The relationship between transfer functions and the longitudinal pattern of basilar membrane vibration. by Tianying Ren (328287)

“…(D) At 90 dB SPL, the response peak at ∼12.0 kHz disappeared and the minimum remained unchanged (thick line). (E) BM response to a 50 dB SPL 11.0-kHz tone increased at the rate of ∼26 dB/mm in the region between 2,450 to 2,750 µm (green arrow), while the 19.0-kHz response decreased at the rate of ∼131 dB/mm over the same distance (red arrow). …”

MβCD treatment is effective in sequestering cholesterol from the plasma membrane. by Bárbara Hissa (176168)

The stability of milk-based infant formulas during accelerated storage by Hong-xin Jia (6630557)

“…No significant changes were observed in the unsaturated fatty acids (except DHA with a significant decrease after 90 days storage) of milk-based formulas stored at 42 or 50°C for 90 days. …”

Impairment of cognitive memory functions in Auts2 mutant mice. by Kei Hori (840871)

Transcripts differentially expressed in response to overexpression of and in response to overexpression of human , grouped according to functional classes by Haiqiong Montalta-He (54730)

The effects of incomplete protein interaction data on structural and evolutionary inferences-0 by Eric de Silva (66756)

ABP29 and ABP135_G1-G3 compete with each other in actin depolymerization. by Dong Qian (419482)

“…A fixed amount of ABP135_G1-G3 (1000 nM) and different amounts of ABP29 (0, 200 nM and 300 nM) were simultaneously incubated with 5 μM F-actin (50% pyrene-labeled). …”

DNA binding affinity of the mutated NFATC1 proteins. by Zahi Abdul-Sater (295968)

Lipid synthesis capacity of gut and fat body. by Wilhelm Palm (148641)

<i>Crz RNAi</i> knockdown efficiency and GeneSwitch manipulations. by Meet Zandawala (491178)

Supplementary Material for: Redistribution of NMDA Receptors in Estrogen-Receptor-β-Containing Paraventricular Hypothalamic Neurons following Slow-Pressor Angiotensin II Hypertensi... by Marques-Lopes J. (3195186)

YorkU.grassland-disturbed.oct42016 by Jesse Jauhal (3115965)

“…</p><p>There will be a decrease of the total amount of flowers present when a woody plant is present increasing the canopy cover. …”

Wild-caught <i>Drosophila melanogaster</i> have a stable gut microbiota. by Inês S. Pais (5484470)

“…(A–E) Each dot represents an individual gut or vial and lines represent medians. …”

Development to gametes occurs directly from type I meronts, and there is no evidence to support a 4N type II meront as the committed stage. by Elizabeth D. English (7349108)

“…Prior to 16 hours of infection, nearly 100% of the parasites that pass through a 4N stage become 8N prior to egress. This decrease after 40.5 hours of infection, and this decrease is proportional to the increase in parasites that become 16N (male) at these time points (<i>n</i> = 1,095). …”

Potential effect of the differential genetic expression of PBMCs. by Michael J. Baine (230373)