Decreased functional connectivity in TBI rats vs. controls. by Asht Mangal Mishra (584435)

“…(D) Example of the same analysis for the left parietal cortex ROI in a TBI animal shows reduced connectivity. Warm colors represent increases and cool colors decreases in connectivity; scale bars are for Pearson correlation with display threshold  = 0.2. …”

SB203580 decreases parasite micronemal protein secretion. by Françoise I. Bussière (692733)

Expression of Rot is decreased in cells lacking ClpX. by Lotte Jelsbak (168171)

Higher reward decreases three measures of response variability. by Zvi N. Roth (9611598)

RVFV production is decreased in p53 null cells. by Dana Austin (166317)

Decreased platelet serotonin levels are associated with platelet activation. by Christian Lood (577407)

PD149163 decreases operant responding for METH in mice. by Amanda L. Sharpe (4233751)

“…<p>(A) Systemic injection (s.c.) of both doses of PD149163 resulted in a significant decrease in nose pokes (FR3) made during 2-hour operant METH self-administration sessions. * <i>P</i> < 0.05 versus saline, Dunnett’s multiple comparison test. …”

Knee bioluminescence decreased following surgical destabilization and exercise. by Sarah E. Mailhiot (766685)

“…Control (CTRL, n = 3) mice were allowed unrestricted activity within their cages and handled identically to SDE mice without exercise or surgery. (A) Bioluminescence decreased with time post-destabilization for the SDE mice, but not for the control mice. …”

LSPC treatment decreases neuropathology in prion-infected mice. by Heather Bender (363996)

“…<p>Immunohistochemistry (IHC) of brain sections through the (A) cerebellum and (B) hippocampus in infected and uninfected mice reveal that (A) while we observed no difference in cerebellar PrP^Res accumulation among infected untreated, non-responder or responder mice, both GFAP stain intensity, a measure of astrogliosis, and vacuolation, a hallmark of prion-mediated neurodegeneration, were significantly decreased in LSPC responder mice. …”

Diltiazem decreases the cell surface expression of ACE2. by Xinxin Wang (134010)

Aberrant distribution of BDNF and decreased BDNF immunoreactivity in the cerebellum. by Tetsushi Sadakata (69782)

Retinoschisin secretion into the conditioned medium is decreased by addition of taxol. by Eiko Kitamura (349087)

“…Retinoschisin secretion into the medium decreases in a dose-dependent manner between 0.5 µM and 10 µM taxol. …”

Ectopic lesions are decreased in PUGKO mice compared to controls. by Jan Sunde (8837384)

“…<p>A. Creation of tdT PUGKO mouse model with daily injections of progesterone from postnatal day 2–10 to knock down secretome factors was based on mouse model that results in infertility in female mice. …”

Moderate TBI decreases the number of synapses in the injured area. by Xiang Gao (4077)

“…<p>Synaptophysin staining (red) reveals the pre-synaptic puncta in the molecular layer of the HDG in control (a, c) and moderate TBI mice (b, d). Quantitative data showed a significant decrease of synapses in the HDG of injured mice (e). …”

T-lymphocyte mitochondrial reserve respiratory capacity is decreased with NE. by Adam J. Case (232046)

MPA decreases cell proliferation and PBMC response to activation. by Susan C. Irvin (708995)

miR-206 decreases migration of hPASMCs. by Samuel Jalali (132849)

Paxillin expression is decreased in CD45 KO BMDM. by Joëlle St-Pierre (439950)

“…<p>(A) Paxillin was immunoprecipitated from lysates of 10⁷ day 7 WT or CD45 KO BMDM cells, followed by SDS-PAGE and Western blot with anti-paxillin. …”

Decreased wakfeluness in human IGFBP3 transgenic mice. by Makoto Honda (102165)

“…<p>(A) Wakefulness is decreased in the second half of the dark/active period in human IGFBP3 transgenic mouse (h<i>IGFBP3</i> TG) versus wild type littermates (WT). …”

Inflammation and hyperoxia decreases fractional anisotropy in corpus callosum. by Felix Brehmer (121526)

“…(B) Significant decrease of FA was observed in the corpus callosum of the injured groups (LN, VH, LH) compared with control group (VN) due to a significant increase of D⊥ (i.e. myelination defect). …”