Loss of RBM-26 causes mitochondria dysfunction in PLM. by Tamjid A. Chowdhury (14149846)

Mean confidence in public health organizations among US adults. by Hannah Melchinger (20234665)

The mean parasite concentration in the excreted urine of <i>Trypanosoma cruzi</i>-infected <i>Rhodnius prolixus</i> maintained at (A) 26°C and (B) 28°C at different triatomine deve... by Henri Loshouarn (17896676)

Loss of RBM-26 function causes a reduction in the density of mitochondria in the PLM axon. by Tamjid A. Chowdhury (14149846)

RBM-26 binds to the <i>mals-1</i> mRNA and negatively regulates its expression. by Tamjid A. Chowdhury (14149846)

Mean hemoglobin levels of Roxadustat and ESAs groups over time. by Jie Liu (15128)

Random forest plot showing the importance of predictors (top 10) for classifying LF progression based on the Mean Decrease in Gini index. by Emmanuel Kobla Atsu Amewu (13946765)

Loss of MALS-1 function suppresses the mitochondrial and axon degeneration phenotypes that are caused by loss of RBM-26 function. by Tamjid A. Chowdhury (14149846)

“…(D) Loss of RBM-26 protein expression causes a decrease in mitoribosome expression, which was assayed with the MitoRibo-Tag system consisting of the MRPL-58 mitoribosomal protein tagged at its C-terminus with 3XFLAG (MRPL-58::3XFLAG). …”

Overexpression of MALS-1 reduces mitochondria in the PLM axon and causes axon degeneration and axon overlap defects. by Tamjid A. Chowdhury (14149846)

“…(D–F) Overexpression of MALS-1 with the <i>Pmec-7</i>::<i>mals-1</i> transgenes (<i>cueEx53</i> and <i>cueEx54</i>) causes defects similar to those caused by loss of RBM-26 function. (D) Axon overlap defects caused by MALS-1 overexpression. …”

Mean total cholesterol levels over time in the roxadustat group (A) and ESAs group (B) according to the statins subgroup. by Jie Liu (15128)

Mean, confidence intervals (95%) and observed difference for each factor. by Nelyane N. M. Santana (5217074)

Means scores of CAM and CAM-MYCS. by Senay Yildirim-Kahriman (22693464)

Study Flow Diagram. by Elizabeth S. Munroe (21568166)

Repetitive stress induces a decrease in sound-evoked activity. by Ghattas Bisharat (20706928)

“…<p>(a) Left: noise-evoked activity rates at different noise intensities for chronically tracked PPys cells in baseline and repeated stress conditions (<i>N</i> = 5 mice, <i>n</i> = 285 neurons, mean ± SE). Activity rates decreased during repeated stress compared to baseline (2-way ANOVA, condition F = 185.6, <i>p</i> = 4.8 × 10⁻⁴², condition: intensity interaction F = 10.37, <i>p</i> = 9.3 × 10⁻²¹, nested ANOVA (mouse nested within session), condition F = 174, <i>p</i> = 1.5 × 10⁻³⁹, condition: intensity interaction F = 12.7, <i>p</i> = 2 × 10⁻²⁶, post hoc for each level baseline versus repetitive stress <i>p</i> < 0.01 for all levels above 50 dB, all Bonferroni corrected). …”

Sleep deprivation increased inflammatory cytokines and decreased corticosterone in the blood. by Weiran Shan (16969688)

Mean amplitude values during a complete 360° rotation for the internal oblique muscle. by Christoph Anders (4068499)

Descriptive (mean±SD) and inferential analysis (repeated measures). by Eduardo Abade (4183585)

Study selection, diagnostic criteria, and follow-up of the population affected by the outbreak of acute Chagas disease in Pedro do Rosário, Maranhão, Brazil. by Eudes Alves Simões-Neto (19697968)

Subjects:

Quantities of triatomines captured and <i>T</i>. <i>cruzi</i> infection rate between March and October 2018, Pedro do Rosário, Maranhão, Brazil. by Eudes Alves Simões-Neto (19697968)

Subjects:

Map of the geographic location of Pedro do Rosário, state of Maranhão, northeastern Brazil. by Eudes Alves Simões-Neto (19697968)

Subjects: