Simulation of the optimal control P2 using <i>ω</i>₁ = 1, <i>ω</i>₂ = .5 and <i>u</i>_<i>max</i> = 10. by Maria C. A. Leite (5586701)

Prb1 overexpression decreased APCs in ESCRT-mutant cells after nitrogen starvation. by Zulin Wu (4451572)

“…<p><b>A.</b> The accumulation of GFP-Atg8-labeled APCs in ESCRT- mutant (<i>snf7Δ</i>, <i>vps4Δ</i>) cells decreased with Prb1 overexpression. …”

Frequencies of T cells and myeloid cells in the liver of WT and PD-1-deficient mice with or without <i>S</i>. <i>japonicum</i> infection. by Liaoxun Lu (179293)

Effects of nuclear hormone treatments on <i>kcnk5b</i>, <i>rcan2</i>, and control genes in pectoral fin buds and adult fins and sufficiency/necessity experiments for <i>rcan2</i>. by Xiaowen Jiang (8291814)

REH2 knockdown decreased substrate loading and increased pausing during editing in 3010-MRB. by Bhaskara R. Madina (732552)

TGFβ1 expression was increased, and RASAL1 expression was decreased in NTM cells in response to a hypoxic environment. by Fiona McDonnell (2636635)

“…A 0hr Control was set to 100%, and the normoxic and hypoxic results were presented as a percentage of this; Normoxic = 95.5%, Hypoxic = 159.4% (P<0.01). n = 3 *P<0.05, **P<0.01. …”

Expression of WT Dyskerin can rescue dysfunctional telomerase in <i>ΔL37</i> cells but not in <i>A353V</i> cells. by Bai-Wei Gu (740949)

Probability of neutropenic-related event based on cycle 1 nadir ANC and average hemoglobin decrease at each sample by Edgardo Rivera (55591)

Whole brain volume change over 5 years using the SIENA pipeline. by Renxin Chu (5169857)

Tunable Actuation of Humidity-Driven Artificial Muscles via Graphene Nanofillers by Sevketcan Sarikaya (10317493)

Subjects:

Tunable Actuation of Humidity-Driven Artificial Muscles via Graphene Nanofillers by Sevketcan Sarikaya (10317493)

Subjects:

Up-regulation of <i>ATP5J</i> expression enhanced cell migration and decreased 5-Fu sensitivity in DLD1 cells. by Hongbo Zhu (14981)

Infection of CD133+ humanized mice resulted in decrease in pathogenicity in HTLV-1-CTCF infected mice. by Ancy Joseph (5634794)

Population dynamics modeling of split^50cM <i>ClvR</i> V1 drive introduced at different release percentages, and an example illustrating the role that LOF alleles play in... by Georg Oberhofer (3401438)

“…Allele and genotype frequencies after this point are indicated with dotted lines. (<b>G-I)</b> One way to appreciate the power of the latent drive force provided by LOF alleles that segregate independently of the <i>Rescue</i>/Cargo is to consider a split^50cM <i>ClvR</i> population in which a <i>Rescue</i>/Cargo/gRNAs with no fitness cost has spread to allele fixation, the Cas9 driver chromosome has been completely eliminated (as would happen during drive if the presence of Cas9 resulted in a fitness cost to carriers, discussed below), and all endogenous copies of the essential gene have been rendered LOF (generation 0 in <b>G-I</b>). …”

Absence of BRDT leads to a global chromatin condensation and a decrease in the length of the SC of autosomal chromosomes. by Marcia Manterola (260674)

Fig 5 - by Melissa K. Peckins (12042132)

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Conditional stabilization of β-catenin decreases frequency of Tbr2-expressing cells. by Christopher A. Mutch (243132)

“…This analysis also resulted in a markedly decreased Tbr2+ intermediate progenitor population in cortices (<b>F</b>) when compared to NesCre- control. …”

Inclusion of SRRM4-regulated exons is decreased in tumors and cancer cell lines. by Sarah A. Head (6066398)

“…(B) SRRM4 target exons with respect to their average PSI in normal tissues. Red points are exons with PSI decreasing by at least 5% in at least 1 tumor type. …”

Activated CD8 T cells in FOXO3−/− mice display decreased apoptosis. by Jeremy A. Sullivan (183868)

“…<p>To address whether the increase in antigen-specific cells observed in FOXO3−/− mice at day 8 was in fact the result of decreased apoptosis, we assessed the relative expression levels of a number of cell survival or cell death markers. …”

Contact angle of surfactants at different concentrations;(a) Anionic surfactants, (b) Nonionic surfactants, (c) Amphoteric surfactants. by Xinhui Luo (11880086)

Subjects: