NUP-1 is necessary for cell growth and maintenance of nuclear architecture. by Kelly N. DuBois (176072)

“…Nuclei of control cells were ovoid with well-defined boundaries, and induced cells exhibited nuclei with diffuse boundaries (i.e., rather than the DAPI nuclear signal being sharply demarcated, the signal gradually decreases with distance from the nuclear centre), and abnormal protrusions (blebs) in both BSF (left panel) and PCF (right panel) cells are seen. …”

Supplementary Material for: Serial quality of life assessment around screening for familial intracranial aneurysms: a prospective cohort study by Mensing L.A. (17075725)

“…Patients and methods: A consecutive series of persons aged 20–70 years visiting the University Medical Centre Utrecht for first screening for familial IA was approached between 2017–2020. E-questionnaires were administered at six time points, consisting of the EQ-5D for health-related quality of life (QoL), HADS for emotional functioning and USER-P for social participation. …”

Effect of TLE1 overexpression in the developing chick ventral spinal cord. by Keith J. Todd (183020)

“…(D and E) Quantification of the numbers of electroporated cells (GFP+) expressing Nkx2.2 [in either the VZ (D) or the MZ (E)], Pax6, Nkx6.1, Hb9, or Isl1, as indicated. …”

Neural network classifiers can distinguish states which differ in either activity or correlations. by Nicholas A. Frost (10739821)

“…Each raster contained 6,000 time points (frames). The overall level of activity in each raster oscillated around a mean level (5% of neurons active in a frame). …”

Data_Sheet_1_Metabolism of Carotenoids and β-Ionone Are Mediated by Carotenogenic Genes and PpCCD4 Under Ultraviolet B Irradiation and During Fruit Ripening.pdf by Hongru Liu (12541381)

“…The transcript level of PpLCY-E increased 17.83-fold compared to control, partially slowing the decline rate of lutein under UV-B irradiation. …”

ERα36 overexpression lowers MCF-10A cell proliferation rate. by Charlène Thiebaut (3842317)

“…ERα36 overexpression triggers a 35% decrease of cell proliferation. Each bar represents mean ± S.E.M. …”

Blocking the C/EBPβ-Thr217 phosphorylation ameliorates the induction of lung fibrosis by Bleomycin. by Martina Buck (82941)

“…Treatment of C/EBPβ^wt mice with the C/EBPβ peptide (on day-2 and day-6) after Bleomycin treatment decreased the lung fibrosis at day-21. <b>C, D and E.…”

S13 Fig - by Gamalat A. Elgedawy (18700038)

“…The metabolites are color-grouped by their class and are ranked descending by their mean decrease in accuracy (the higher the mean decrease in accuracy the more important the metabolite). …”

Supplementary Material for: Clinical outcomes of patients undergoing hemodialysis with cool versus standard dialysate: A systematic review and meta-analysis. by figshare admin karger (2628495)

“…Analytical Approach: The random effects model was used for all outcomes due to high heterogeneity (I2: interdialytic hypotension=60%, mean arterial pressure=72%, symptoms of discomfort =41%, and decrease in body temperature=87%). …”

Immunoblot analysis of the hearts demonstrated altered adiponectin levels during acute <i>T. cruzi</i> infection. by Fnu Nagajyothi (37087)

“…Fold change in the protein levels were normalized to GDI expression and represented as bar graph (n = 5, p≤0.005 for both monomer and multimer). Bars represent mean values of the data with SEM as vertical lines. …”

Generation of transcriptome datasets. by Paul Montague (285622)

G4-DNA Formation in the <em>HRAS</em> Promoter and Rational Design of Decoy Oligonucleotides for Cancer Therapy by Alexandro Membrino (206370)

Global mRNA Expression Profiles of <i>set1</i>Δ and <i>H3-K4R</i> Mutant Strains. by Benoit Guillemette (5650312)

“…The bottom panels are heat map illustrations of the log₂ fold-change, where yellow indicates an increase in mRNA abundance in the mutant strains relative to WT cells and blue indicates a decrease. …”

Image_8_Preservation of exopolymeric substances in estuarine sediments.JPEG by Thibault Duteil (13264521)

“…Based on this observation, we propose a scenario where biofilm development and EPS production are maximal when (i) the point bar and the intertidal areas were the most extensive, i.e., tide-dominated sequences and (ii) the tide-dominated deposit were succeeded by rapid burial beneath sediments, potentially decreasing the probability of encounter between bacterial cells and EPSs.…”

Image_3_Preservation of exopolymeric substances in estuarine sediments.JPEG by Thibault Duteil (13264521)

“…Based on this observation, we propose a scenario where biofilm development and EPS production are maximal when (i) the point bar and the intertidal areas were the most extensive, i.e., tide-dominated sequences and (ii) the tide-dominated deposit were succeeded by rapid burial beneath sediments, potentially decreasing the probability of encounter between bacterial cells and EPSs.…”

Image_5_Preservation of exopolymeric substances in estuarine sediments.JPEG by Thibault Duteil (13264521)

“…Based on this observation, we propose a scenario where biofilm development and EPS production are maximal when (i) the point bar and the intertidal areas were the most extensive, i.e., tide-dominated sequences and (ii) the tide-dominated deposit were succeeded by rapid burial beneath sediments, potentially decreasing the probability of encounter between bacterial cells and EPSs.…”

Image_2_Preservation of exopolymeric substances in estuarine sediments.JPEG by Thibault Duteil (13264521)

“…Based on this observation, we propose a scenario where biofilm development and EPS production are maximal when (i) the point bar and the intertidal areas were the most extensive, i.e., tide-dominated sequences and (ii) the tide-dominated deposit were succeeded by rapid burial beneath sediments, potentially decreasing the probability of encounter between bacterial cells and EPSs.…”

Image_4_Preservation of exopolymeric substances in estuarine sediments.JPEG by Thibault Duteil (13264521)

“…Based on this observation, we propose a scenario where biofilm development and EPS production are maximal when (i) the point bar and the intertidal areas were the most extensive, i.e., tide-dominated sequences and (ii) the tide-dominated deposit were succeeded by rapid burial beneath sediments, potentially decreasing the probability of encounter between bacterial cells and EPSs.…”

Image_6_Preservation of exopolymeric substances in estuarine sediments.JPEG by Thibault Duteil (13264521)

“…Based on this observation, we propose a scenario where biofilm development and EPS production are maximal when (i) the point bar and the intertidal areas were the most extensive, i.e., tide-dominated sequences and (ii) the tide-dominated deposit were succeeded by rapid burial beneath sediments, potentially decreasing the probability of encounter between bacterial cells and EPSs.…”

Image_7_Preservation of exopolymeric substances in estuarine sediments.JPEG by Thibault Duteil (13264521)

“…Based on this observation, we propose a scenario where biofilm development and EPS production are maximal when (i) the point bar and the intertidal areas were the most extensive, i.e., tide-dominated sequences and (ii) the tide-dominated deposit were succeeded by rapid burial beneath sediments, potentially decreasing the probability of encounter between bacterial cells and EPSs.…”